Marconi Technologies is a Canadian-majority-owned, veteran-run defence technology company headquartered in Montréal that develops and manufactures tactical communications and networked mission systems for Canadian and allied users.
Operating context
Marconi's Orion X650 can operate as two independent 2×2 MIMO radio channels or one 4×4 MIMO channel, with four RF ports, Gigabit Ethernet and an AI/ML accelerator. Its May 2026 sheet advertises more than 200 Mbps per channel; these are vendor specifications. The smaller X610 provides one 2×2 MIMO channel, two RF ports and a 1.13 kg package with average consumption below 70 W. Base Camp Connect's September partnership combines BCC-NOMAD voice/data interoperability with ORION and ARCHER for deployable networks. The Polish Orion selection provides a more concrete supply reference, with multi-year deliveries planned from 2026.
Canadian footprint
Marconi's June 2026 French-language announcement identifies Montreal headquarters and development/manufacturing locations in Canada, the UK and the U.S. That international footprint should be distinguished from the Canadian integration and support package quoted for a specific customer.
Montréal, Quebec is the published city-level context for Marconi Technologies. It does not imply a street address or exact facility location.
Marconi offers an identifiable tactical-network integration route across MANET radio and deployable communications. The X650/X610 specifications make hardware trade-offs clearer, while the Polish supply selection provides a buyer reference beyond the BCC partnership. Qualification evidence and acceptance of the proposed configuration remain the decisive checks.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Archer is Marconi's deployable troposcatter backhaul terminal for beyond-line-of-sight communications without satellite or fixed infrastructure. Its May 2026 datasheet specifies up to 180 Mbps and copper/fibre Gigabit Ethernet interfaces. Marconi separately reports a stable 75-km frequency-diverse link and Swedish mobile-network-node integration during June 2026 FMV evaluation.
Evidence of maturity
Published product with company-reported field evaluation; 200+ km design range is distinct from the cited 75-km trial.
Commercial availability
Supplier engagement for a configured terminal; antenna, interfaces, power and qualification requirements depend on the selected package.
Core features
Supplier-stated data rate up to 180 Mbps
Three copper and two optical Gigabit Ethernet user-traffic interfaces
1.8 m or 2.4 m antenna configurations and optional AES-256 encryption
Under-20-minute two-person setup claim for the 1.8 m configuration; alignment has a separate typical 5–25-minute specification
Company-reported June 2026 FMV evaluation over a 75-km link with mobile-network-node integration
Recorded applications
Beyond-line-of-sight tactical backhaul
Communications in satellite-denied or degraded environments
Expeditionary operations in deserts, mountains and polar regions
Mobile network-node extension
Interoperable mobile-network-node backhaul during field evaluation
Deployable tactical satellite communications terminal family
Read technical summary
Deployable tactical satellite-terminal family spanning sub-25-pound ULV and FA-100, FA-180, FA-240 and FA-370 flyaway configurations for X, C, Ku and Ka-band links. Marconi and ST Engineering iDirect describe GEO and MEO access plus an evolution path toward LEO; public records do not establish Telesat Lightspeed compatibility, certification, ESCP-P selection or Canadian Armed Forces delivery.
Evidence of maturity
The predecessor tactical-communications business supplied deployable terminals under Mercury Global, for which DND reports certification and full-operational-capability milestones. Public records do not identify which current Hunter variants were fielded, Marconi's present support responsibility, or a Hunter ESCP-P selection.
Commercial availability
Marconi currently markets ULV and FA-100, FA-180, FA-240 and FA-370 configurations. A detailed May 2026 public sheet is available for FA-180; configuration, network certification, delivery schedule and support terms require direct verification.
Core features
ULV plus FA-100, FA-180, FA-240 and FA-370 configurations
Variant-specific setup: ULV under five minutes; FA-100, FA-180 and FA-240 under ten minutes; FA-370 under thirty minutes
Configuration-dependent X, C, Ku and Ka-band operation
Marconi's Orion family provides tactical mesh, point-to-point and point-to-multipoint transport. X650 has four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, while X610 offers a smaller single-channel 2x2-MIMO format. A Canadian government statement confirms a Polish Cyber Command ORION award exceeding C$10 million with deliveries expected from 2026 through 2030.
Evidence of maturity
Commercial tactical radios with a government-confirmed export award; designed-for standards language is not a certification record.
Commercial availability
Supplier configuration and integration engagement; delivered waveform, spectrum permissions, security acceptance and schedule require confirmation.
Core features
X650 four-port dual-channel 2x2 or single-channel 4x4 MIMO configuration
X610 single 2x2-MIMO channel with two RF ports for constrained platforms
Mesh, point-to-point and point-to-multipoint topologies with Gigabit Ethernet interfaces
X650 specified at greater than 200 Mbps per channel; waveform and configuration govern throughput
Polish Cyber Command award with Enamor International; scheduled deliveries are not confirmed deliveries
Development-stage sensor and cyber fusion platform
Read technical summary
SAMS is Marconi's announced sensor- and cyber-data fusion platform, currently labelled coming soon. The proposed architecture combines sensor-agnostic inputs into a common operational picture with warning management, system-health monitoring and distributed operation for military-base, infrastructure and littoral awareness applications.
Evidence of maturity
Development-stage offering; released configuration, accepted deployments and quantified performance are not established.
Commercial availability
Demonstration discussion is offered; production availability and release scope require confirmation.
Core features
Sensor-agnostic integration and a shared operational picture
Indication and warning management
System-health monitoring and distributed/self-healing design
On September 2, 2026, Base Camp Connect and Marconi announced an immediately effective partnership to integrate BCC-NOMAD with ORION and ARCHER and pursue joint opportunities, with planned participation at MSPO. The release does not establish a Canadian Armed Forces contract, delivery, acceptance or fielding.
Corporations Canada lists indirect significant-control ranges of more than 50% and up to 75% for Alain Cohen, and at least 25% and up to 50% for Louis Vachon. The register does not publish an exact cap table, acquisition price or citizenship basis.
Programs and deployments
Orion X650 Polish Cyber Command Delivery
operator
Sponsor or operator: Marconi Technologies
Organization role. Multi-year delivery of made-in-Canada Orion X650 high-capacity tactical radios to Polish Cyber Command with Enamor International, under a contract reported by the Government of Canada as exceeding C$10 million and continuing through 2030.
Program. Multi-year delivery of made-in-Canada Orion X650 high-capacity tactical radios to Polish Cyber Command with Enamor International, under a contract reported by the Government of Canada as exceeding C$10 million and continuing through 2030.
Marconi identifies Polish defence integrator Enamor International as its partner for Orion X650 delivery to the Polish military following in-country trials.
Predecessor Business
Ultra I&C
Marconi's standalone business was formed through the Canadian investor acquisition of Ultra I&C's Tactical Communications division from Cobham Ultra.
Satellite modem and network integration partner
ST Engineering iDirect
ST Engineering iDirect presents Hunter as integrating its modem and network-management technology for government and commercial satellite networks. The public article does not identify modem models, certifications, customers, independent tests or an operational LEO service.
Selected consortium participant
NEXUS Uncrewed Systems Defence Innovation Secure Hub
DND names Marconi Technologies as a key participant in the selected Espace Aéro-led NEXUS consortium established to advance Canadian uncrewed and autonomous systems development, testing, validation, and integration.
Strategic technology development partner
ARA Robotics
ARA Robotics announced a strategic partnership with Marconi Technologies to combine uncrewed aerial systems and autonomous-platform expertise with secure communications and mission-critical systems for defence, security, and critical-infrastructure applications.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Moderate
Archer could provide long-range, infrastructure-independent backhaul between dispersed edge-processing sites in northern or contested operating environments.
Orion's official UXV-ready and human-machine-teaming posture could provide resilient command, control and data transport for distributed autonomous patrol systems.
Questions for a first conversation
01
Which test reports and cryptographic certificates apply to the exact X650 hardware, firmware and radio-band configuration proposed?
The X650 sheet describes military/environmental and cryptographic standards as design objectives.
02
Which configuration has completed customer acceptance, and what integration responsibility and delivery schedule apply to a Canadian BCC-NOMAD/ORION deployment?
Polish deliveries are announced through Enamor, while the BCC relationship describes joint integration opportunities.
Original sources 21 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
Supports: Profile · defence posture
Canada's industry-engagement report says terminal tracking, software, handover and Doppler changes may be required, so shared Ka-band support does not establish system compatibility.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
Hunter provides a Canadian tactical-terminal conversation, but a decision requires configuration-specific network, tracking, qualification, production and accepted-use evidence rather than family-level positioning.
Supports: Hunter Tactical SATCOM Terminals · core features
ST Engineering iDirect describes a real modem and network-management integration relationship, GEO and MEO access, and an evolution path toward LEO without identifying certification or an operational LEO service.
The launch release identifies a standalone, Canadian-majority-owned, veteran-run company headquartered in Montréal and formed through acquisition of Ultra I&C's Tactical Communications division.
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
Public sources cited · Facts and assessments kept separate · Human review
Base Camp Connect and Marconi announced an immediately effective partnership to integrate BCC-NOMAD with ORION and ARCHER and pursue joint opportunities. The announcement does not establish a Canadian Armed Forces requirement, contract, delivery, acceptance or fielding.
Technology Evaluation
Försvarets materielverk
Sweden's defence materiel authority participated in a June 2026 multi-day evaluation of Marconi's Archer troposcatter system between Enköping and Arboga.
Orion's high-throughput mesh and backhaul functions could move time-sensitive sensor and command data among contested edge nodes when fixed infrastructure is unavailable.
Orion Tactical Radio Systems may help teams working on Enhancing the combat effectiveness of large land formations by contributing to autonomous and uncrewed systems, resilient communications and command, and land operations.
If delivered as described, SAMS could fuse local sensor and cyber observations into a distributed operational picture at the tactical edge; the product is currently marked coming soon.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
The material next questions concern configuration-specific network access, LEO tracking and handover, predecessor fielding lineage, qualification, production capacity and delivery evidence.
Supports: Profile · profileData.publicContact
The official website publishes sales@marconi-technologies.com and the Montréal, Maryland and United Kingdom operating locations.
Supports: Profile · editorial profile version
Marconi Technologies has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · operating context
Marconi describes Orion as a high-capacity tactical-radio family with MANET, long-haul and backhaul modes, wideband agility, survivability and AI-assisted spectrum adaptation.
Marconi Technologies's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
True North Map derives this first-conversation question from the documented Marconi Technologies capability, current evidence and the decision gap that remains.
A June 2026 multi-day FMV evaluation reportedly sustained a frequency-diverse 75-kilometre Archer link, integrated with the Swedish Armed Forces mobile network node, and used a two-person, under-20-minute fielding process.
Supports: Orion Tactical Radio Systems · summary
Marconi describes Orion as a high-capacity tactical-radio family with MANET, long-haul and backhaul modes, wideband agility, survivability and AI-assisted spectrum adaptation.
Supports: Orion Tactical Radio Systems → Enhancing the combat effectiveness of large land formations
Marconi describes Orion as a high-capacity tactical-radio family with MANET, long-haul and backhaul modes, wideband agility, survivability and AI-assisted spectrum adaptation.
Supports: SAMS Sensor and Cyber Data Fusion Platform · summary
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technical tags
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · defence applications
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · commercial availability
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · core features
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technical tags
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · maturity
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technical tags
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technicaldomainslugs
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · defence applications
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · core features
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · defence applications
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technical tags
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technical tags
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · core features
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technicaldomainslugs
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technicaldomainslugs
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · core features
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · summary
Marconi describes development-stage SAMS as a sensor-agnostic platform that combines sensor and cyber data into a common operational picture with warning and system-health functions.
Supports: SAMS Sensor and Cyber Data Fusion Platform · capability type
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · name
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · defence applications
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform · technology readiness level
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform → Edge Data Processing
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform → Edge Data Processing
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform → Edge Data Processing
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
Supports: SAMS Sensor and Cyber Data Fusion Platform → Edge Data Processing
Marconi currently labels SAMS and its crypto offering Coming Soon. SAMS is described as a sensor-agnostic architecture combining sensor/cyber inputs, warning management, system-health monitoring and distributed/self-healing operation; public wording does not establish released-product availability or accepted operational performance.
ST Engineering iDirect describes a real modem and network-management integration relationship, GEO and MEO access, and an evolution path toward LEO without identifying certification or an operational LEO service.
ST Engineering iDirect describes a real modem and network-management integration relationship, GEO and MEO access, and an evolution path toward LEO without identifying certification or an operational LEO service.
Supports: satellite modem and network integration partner relationship
ST Engineering iDirect presents Hunter as integrating iDirect modem and network-management technology, but does not disclose modem models, certification, customers or independent test results.
Supports: satellite modem and network integration partner relationship
ST Engineering iDirect presents Hunter as integrating iDirect modem and network-management technology, but does not disclose modem models, certification, customers or independent test results.
Supports: satellite modem and network integration partner relationship
ST Engineering iDirect presents Hunter as integrating iDirect modem and network-management technology, but does not disclose modem models, certification, customers or independent test results.
The launch release identifies a standalone, Canadian-majority-owned, veteran-run company headquartered in Montréal and formed through acquisition of Ultra I&C's Tactical Communications division.
Supports: predecessor_business relationship
Source location: relationships.1.publicSummary
The launch release states that Marconi was formed when a Canadian investor group acquired Ultra I&C's Tactical Communications division from Cobham Ultra.
Supports: Profile · canadian footprint
The French release identifies Montreal headquarters and development/manufacturing locations in Canada, the UK and the U.S. The radios are intended to carry data between 5G-compatible command-and-control nodes; this does not itself establish Canadian DDI qualification.
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
Supports: Profile · operating context
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
Marconi and Polish integrator Enamor International announced selection to supply Orion X650 radios to the Polish Army, with multi-year deliveries scheduled to begin in 2026. Marconi reports prior field evaluations on drones, vehicles and fixed sites; the release does not disclose a contract value.
The federal register reports indirect significant-control ranges of more than 50 to 75 percent for Alain Cohen and 25 to 50 percent for Louis Vachon without publishing an exact cap table.
Supports: Profile · legal name
Corporations Canada lists the active legal entity as ULTRA ELECTRONICS TCS INC., corporation 1795920-6, effective May 22, 2026.
The announcement describes joint opportunities and planned MSPO participation, without reporting a CAF purchase, accepted installation or integration-test result.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Base Camp Connect and Marconi describe combining BCC's voice, data, radio and computing interoperability layer with ORION mesh radios and ARCHER beyond-line-of-sight backhaul. Both companies remain independent and will pursue joint opportunities.
The announcement describes joint opportunities and planned MSPO participation, without reporting a CAF purchase, accepted installation or integration-test result.
Supports: Profile · current activity as of
The durable partner release is dated September 2, 2026.
Supports: Profile · operating context
Base Camp Connect and Marconi describe combining BCC's voice, data, radio and computing interoperability layer with ORION mesh radios and ARCHER beyond-line-of-sight backhaul. Both companies remain independent and will pursue joint opportunities.
Supports: Profile · current activity
Base Camp Connect announced an immediately effective September 2, 2026 partnership combining BCC-NOMAD with Marconi ORION and ARCHER and planning joint opportunity pursuit.
The announcement describes joint opportunities and planned MSPO participation, without reporting a CAF purchase, accepted installation or integration-test result.
The announcement describes joint opportunities and planned MSPO participation, without reporting a CAF purchase, accepted installation or integration-test result.
Base Camp Connect confirms the partnership and the intended BCC-NOMAD, ORION and ARCHER integration while retaining each company as an independent entity.
Base Camp Connect confirms the partnership and the intended BCC-NOMAD, ORION and ARCHER integration while retaining each company as an independent entity.
Base Camp Connect confirms the partnership and the intended BCC-NOMAD, ORION and ARCHER integration while retaining each company as an independent entity.
Marconi's X650 sheet specifies two independent 2x2 MIMO channels or one 4x4 MIMO channel, mesh/point-to-point/point-to-multipoint topologies, Gigabit Ethernet interfaces and an embedded AI/ML accelerator. It states over 200 Mbps per channel and 400 Mbps with the LBH waveform.
The X650 datasheet describes MIL-STD-810H, MIL-STD-461G and FIPS 140-3 Level 2 as design targets; these statements alone do not establish completed certification for an offered configuration.
The X650 datasheet describes MIL-STD-810H, MIL-STD-461G and FIPS 140-3 Level 2 as design targets; these statements alone do not establish completed certification for an offered configuration.
The X650 datasheet describes MIL-STD-810H, MIL-STD-461G and FIPS 140-3 Level 2 as design targets; these statements alone do not establish completed certification for an offered configuration.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Marconi's X650 sheet specifies two independent 2x2 MIMO channels or one 4x4 MIMO channel, mesh/point-to-point/point-to-multipoint topologies, Gigabit Ethernet interfaces and an embedded AI/ML accelerator. It states over 200 Mbps per channel and 400 Mbps with the LBH waveform.
The X650 datasheet describes MIL-STD-810H, MIL-STD-461G and FIPS 140-3 Level 2 as design targets; these statements alone do not establish completed certification for an offered configuration.
Supports: Orion Tactical Radio Systems · name
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technical tags
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technical tags
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · commercial availability
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · core features
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · core features
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · core features
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · summary
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technicaldomainslugs
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · capability type
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · maturity
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technical tags
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technicaldomainslugs
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technology readiness level
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · defence applications
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · defence applications
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · defence applications
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · defence applications
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technical tags
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems · technical tags
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Autonomous Patrol and Monitoring
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Autonomous Patrol and Monitoring
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Autonomous Patrol and Monitoring
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Autonomous Patrol and Monitoring
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Edge Data Processing
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Edge Data Processing
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Edge Data Processing
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
Supports: Orion Tactical Radio Systems → Edge Data Processing
Marconi Orion X650 May 2026 datasheet identifies four RF ports configurable as two 2x2-MIMO channels or one 4x4-MIMO channel, mesh/PTP/PMP topologies and Gigabit Ethernet interfaces. The >200 Mbps per-channel and 400 Mbps LBH figures are waveform-dependent specifications; FIPS140-3 and MIL-STD labels are designed-for claims, not certification evidence.
The Prime Minister's Office confirms a contract exceeding C$10 million for made-in-Canada Orion tactical radios for Polish Cyber Command, with deliveries through 2030.
The Prime Minister's Office confirms a contract exceeding C$10 million for made-in-Canada Orion tactical radios for Polish Cyber Command, with deliveries through 2030.
Supports: Orion X650 Polish Cyber Command Delivery · canonical program
The Prime Minister's Office confirms a contract exceeding C$10 million for made-in-Canada Orion tactical radios for Polish Cyber Command, with deliveries through 2030.
Canada's ESCP-P award names Telesat for the LEO service component and a future MDA Space and Telesat MEO arrangement; Marconi and Hunter are not named.
Canada's ESCP-P award names Telesat for the LEO service component and a future MDA Space and Telesat MEO arrangement; Marconi and Hunter are not named.
Marconi's X610 sheet describes one 2x2 MIMO software-defined channel, two RF ports, a 1.13 kg mass and average power below 70 W, with a 14-36 VDC supply and Gigabit Ethernet. These are manufacturer specifications for a smaller platform configuration.
Supports: Profile · operating context
Marconi's X610 sheet describes one 2x2 MIMO software-defined channel, two RF ports, a 1.13 kg mass and average power below 70 W, with a 14-36 VDC supply and Gigabit Ethernet. These are manufacturer specifications for a smaller platform configuration.
Supports: Orion Tactical Radio Systems · core features
Marconi Orion X610 May 2026 datasheet describes a smaller one-channel 2x2-MIMO radio with two RF ports and a Gigabit Ethernet interface for SWaP-constrained platforms. Its design-target environmental and security language must remain distinct from a qualification certificate.
Supports: Orion Tactical Radio Systems · summary
Marconi Orion X610 May 2026 datasheet describes a smaller one-channel 2x2-MIMO radio with two RF ports and a Gigabit Ethernet interface for SWaP-constrained platforms. Its design-target environmental and security language must remain distinct from a qualification certificate.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · core features
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · core features
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · core features
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · summary
The official Archer material supports beyond-line-of-sight troposcatter connectivity over 200 kilometres without satellites, with rapid setup, auto-alignment, encryption and anti-jamming.
Supports: Archer Tactical Troposcatter · core features
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · summary
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · maturity
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · name
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter · capability type
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter → Edge Data Processing
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter → Edge Data Processing
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter → Edge Data Processing
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Supports: Archer Tactical Troposcatter → Edge Data Processing
The visually inspected Archer May 2026 datasheet specifies up to 180 Mbps, three copper and two optical Gigabit Ethernet traffic interfaces, optional AES-256 encryption and 1.8 m or 2.4 m antennas. Its under-20-minute two-person setup claim specifies the 1.8 m antenna; automatic alignment separately states a typical 5–25 minutes. These are configuration-dependent supplier specifications, not universal trial results.
Marconi reports that Archer sustained a frequency-diverse 75-km link during June 1–5, 2026 FMV trials in Sweden and connected to the Swedish mobile network node. The trial is distinct from the general 200+ km design claim; the five-to-six-times throughput comparison lacks a published absolute benchmark and is not generalized.
Supports: Archer Tactical Troposcatter · core features
Marconi reports that Archer sustained a frequency-diverse 75-km link during June 1–5, 2026 FMV trials in Sweden and connected to the Swedish mobile network node. The trial is distinct from the general 200+ km design claim; the five-to-six-times throughput comparison lacks a published absolute benchmark and is not generalized.
Supports: Archer Tactical Troposcatter · maturity
Marconi reports that Archer sustained a frequency-diverse 75-km link during June 1–5, 2026 FMV trials in Sweden and connected to the Swedish mobile network node. The trial is distinct from the general 200+ km design claim; the five-to-six-times throughput comparison lacks a published absolute benchmark and is not generalized.
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
Supports: Hunter Tactical SATCOM Terminals · capability type
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
The official Hunter material supports rapidly deployable tactical SATCOM across multiple bands, constellations and orbits, with a toolless manpack and flyaway posture.
Supports: Hunter Tactical SATCOM Terminals · core features
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
The FA-180 sheet supports the 1.8 metre eight-petal flyaway configuration, quick-release C, X, Ku and Ka feeds, optional three-axis motorization and an under-ten-minute assembly statement.
Supports: Hunter Tactical SATCOM Terminals · capability type
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Supports: Hunter Tactical SATCOM Terminals · core features
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Supports: Hunter Tactical SATCOM Terminals · name
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
Marconi's product placemat identifies ULV, FA-100, FA-180, FA-240 and FA-370 and publishes variant-specific setup times rather than a family-wide under-five-minute claim.
DND records Mercury Global certification and full-operational-capability milestones while leaving current Hunter variant identity and Marconi support responsibility unresolved.
The predecessor tactical-communications business supplied three deployable terminal sizes under Mercury Global, but the source does not identify current Hunter variant names.
The Prime Minister of Canada states that Marconi was awarded a contract exceeding C$10 million to supply Canadian-made ORION radios to Polish Cyber Command with Enamor International, with deliveries expected later in 2026 through 2030. This government statement establishes the award, not completed delivery.
Supports: Orion Tactical Radio Systems · core features
The Prime Minister of Canada states that Marconi was awarded a contract exceeding C$10 million to supply Canadian-made ORION radios to Polish Cyber Command with Enamor International, with deliveries expected later in 2026 through 2030. This government statement establishes the award, not completed delivery.
Supports: Orion Tactical Radio Systems · summary
The Prime Minister of Canada states that Marconi was awarded a contract exceeding C$10 million to supply Canadian-made ORION radios to Polish Cyber Command with Enamor International, with deliveries expected later in 2026 through 2030. This government statement establishes the award, not completed delivery.
The Archer trial release identifies Sweden's FMV as the defence materiel authority participating in the June 2026 multi-day evaluation.
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