Richmond communications company producing satellite communications equipment and connectivity products for remote, maritime and public-sector users.
Operating context
Norsat operates in Richmond and Aurora as a Canadian subsidiary of Hytera Communications. Its offering spans satellite RF components and terminals as well as partner products, so country of manufacture and procurement eligibility must be assessed for the purchased item. The LEO portfolio includes Ka-band LNBs and ATOM block upconverters for terminal integration. ATOM’s 25/50 W labels describe saturated output; the corresponding listed linear outputs are 41/44 dBm, approximately 12.5/25 W. Maximum DC consumption is 285/580 W and the published operating range is -40 to +60°C. Selected sub-bands within 27.5–31 GHz and the intended modulation determine the required configuration. These components support a ground terminal/network design; the LEO label does not establish that they are flight-qualified satellite hardware.
Canadian footprint
Norsat International has a documented Canadian operating presence in Richmond, British Columbia, Canada. Its public organization and capability evidence should be read at that location and national scope only where the cited sources explicitly support it.
Richmond, British Columbia is the published city-level context for Norsat International. It does not imply a street address or exact facility location.
Norsat supplies satellite terminals and microwave components, including configurable ATOM Ku/Ka transmitters and LEO ground-terminal components. Its ATOM Ka 25/50 W labels refer to saturation: the corresponding listed linear outputs are 41/44 dBm, approximately 12.6/25.1 W. Bands, control interfaces, reference input and thermal management depend on the selected unit. SGS certificate CA14/553403 covers Richmond satellite-component and system quality management through August 2029, subject to surveillance; it is not individual mission qualification.
Evidence of maturity
Commercial component and communications portfolio, supported by an issuer-identified ISO 9001 quality-management certificate valid August 2026–August 2029. Certification scope does not establish every product’s flight or mission qualification.
Commercial availability
Supplier and authorized distribution routes are available. Specify frequency bands, modulation/linear output, DC budget, cooling and exact configuration; LEO-labelled components serve terminal integration and are not inherently space-qualified.
Core features
ATOM Ku/Ka BUC and SSPA component families
Separate saturated and linear output ratings for ATOM Ka 25/50 W
Selectable LEO terminal bands and model-specific control interfaces
Fan or baseplate cooling configurations with integration requirements
Recorded applications
Deployable beyond-line-of-sight communications
Maritime satellite connectivity
Remote northern operations
Emergency, public-safety and defence communications
The publicly described Satellite communications equipment offering may be relevant to monitoring or remote-operation use cases; this is a derived mapping for reviewer assessment.
Rugged satellite terminals and RF components may help teams working on Arctic cyber resilience and threat warning by contributing to Arctic and northern operations, detection and situational awareness, and resilient communications and command.
Rugged satellite terminals and RF components may help teams working on Major-event and critical-infrastructure cyber defence by contributing to detection and situational awareness, resilient communications and command, and cyber and digital operations.
Rugged satellite terminals and RF components may help teams working on Persistent uncrewed underwater surveillance by contributing to maritime and undersea operations, Arctic and northern operations, and detection and situational awareness.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Questions for a first conversation
01
Which frequency sub-band, linear output, power supply and thermal configuration are required, and what origin, ownership and procurement documentation accompanies that exact part?
Adds ownership context and the difference between saturated and linear RF power.
Original sources 11 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 official public contact pathway for Norsat International is https://www.norsat.com/.
Supports: Profile · editorial profile version
Norsat International has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · description
The official company material describes Norsat International as a Canadian technology business with the public offering summarized in this candidate.
Supports: Profile · operating context
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
True North Map derives this first-conversation question from the documented Norsat International capability, current evidence and the decision gap that remains.
Supports: Profile · canadian footprint
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
Norsat International'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.
Supports: Rugged satellite terminals and RF components · summary
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
The official capability material supports the named Satellite communications equipment offering and the bounded operational description prepared for reviewer consideration.
ATOM LEO BUC variants span selected bands within 27.5–31 GHz. The 25/50 W labels correspond to saturated output; listed linear power is 41/44 dBm, roughly 12.5/25 W. Maximum DC consumption is 285/580 W and operating temperature is -40 to +60 C. Band coverage and linear operating point must be specified for the actual terminal integration.
Supports: Rugged satellite terminals and RF components · commercial availability
Norsat describes itself as an independently operated Canadian subsidiary of Hytera Communications, with facilities in Richmond, British Columbia and Aurora, Ontario. Its portfolio includes satellite RF components and terminals alongside distributed partner products; Canadian operating presence does not establish Canadian manufacture or buyer eligibility for every item.
Supports: Profile · operating context
Norsat describes itself as an independently operated Canadian subsidiary of Hytera Communications, with facilities in Richmond, British Columbia and Aurora, Ontario. Its portfolio includes satellite RF components and terminals alongside distributed partner products; Canadian operating presence does not establish Canadian manufacture or buyer eligibility for every item.
Norsat offers LEO-network RF components including Ka-band LNBs and 25 W or 50 W ATOM block upconverters. These are RF subsystems for terminal/network integration, rather than an entire satellite service or proof of flight-qualified onboard hardware.
Norsat offers LEO-network RF components including Ka-band LNBs and 25 W or 50 W ATOM block upconverters. These are RF subsystems for terminal/network integration, rather than an entire satellite service or proof of flight-qualified onboard hardware.
Supports: Rugged satellite terminals and RF components · maturity
ASCOT identifies itself as Norsat’s authorized Japanese distributor and lists ATOM Ku/Ka BUCs/SSPAs, microwave components and portable/maritime communications offerings. It corroborates a distribution route, not independent qualification of all vendor performance claims.
Public sources cited · Facts and assessments kept separate · Human review
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · name
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technicaldomainslugs
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · capability type
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · defence applications
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · core features
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · defence applications
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technicaldomainslugs
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · summary
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · core features
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · defence applications
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technicaldomainslugs
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · technical tags
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components · defence applications
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components → Autonomous Patrol and Monitoring
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components → Autonomous Patrol and Monitoring
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components → Autonomous Patrol and Monitoring
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Supports: Rugged satellite terminals and RF components → Autonomous Patrol and Monitoring
Visually inspected ATOM LEO datasheet distinguishes25/50W saturation ratings from41/44dBm minimum linear outputs, approximately12.6/25.1W. Maximum DC inputs are285/580W, operating range−40 to+60°C, external10MHz reference and model-dependent serial/Ethernet control. Selected frequency bands and cooling configurations matter.
Norsat describes itself as an independently operated Canadian subsidiary of Hytera Communications, with facilities in Richmond, British Columbia and Aurora, Ontario. Its portfolio includes satellite RF components and terminals alongside distributed partner products; Canadian operating presence does not establish Canadian manufacture or buyer eligibility for every item.
Norsat describes itself as an independently operated Canadian subsidiary of Hytera Communications, with facilities in Richmond, British Columbia and Aurora, Ontario. Its portfolio includes satellite RF components and terminals alongside distributed partner products; Canadian operating presence does not establish Canadian manufacture or buyer eligibility for every item.
Norsat describes itself as an independently operated Canadian subsidiary of Hytera Communications, with facilities in Richmond, British Columbia and Aurora, Ontario. Its portfolio includes satellite RF components and terminals alongside distributed partner products; Canadian operating presence does not establish Canadian manufacture or buyer eligibility for every item.
Norsat offers LEO-network RF components including Ka-band LNBs and 25 W or 50 W ATOM block upconverters. These are RF subsystems for terminal/network integration, rather than an entire satellite service or proof of flight-qualified onboard hardware.
Supports: Profile · operating context
Norsat offers LEO-network RF components including Ka-band LNBs and 25 W or 50 W ATOM block upconverters. These are RF subsystems for terminal/network integration, rather than an entire satellite service or proof of flight-qualified onboard hardware.
Norsat offers LEO-network RF components including Ka-band LNBs and 25 W or 50 W ATOM block upconverters. These are RF subsystems for terminal/network integration, rather than an entire satellite service or proof of flight-qualified onboard hardware.
Supports: Rugged satellite terminals and RF components · commercial availability
Norsat LEO portfolio markets ground-terminal LNBs at selected17.2–22.2GHz bands and ATOM Ka BUCs at selected27.5–31GHz bands with up to1GHz perband. The complete span is configurable rather than one universal instantaneous band; LEO application does not mean flight-qualified hardware.
Supports: Rugged satellite terminals and RF components · summary
Norsat LEO portfolio markets ground-terminal LNBs at selected17.2–22.2GHz bands and ATOM Ka BUCs at selected27.5–31GHz bands with up to1GHz perband. The complete span is configurable rather than one universal instantaneous band; LEO application does not mean flight-qualified hardware.
Supports: Rugged satellite terminals and RF components · commercial availability
ASCOT identifies itself as Norsat’s authorized Japanese distributor and lists ATOM Ku/Ka BUCs/SSPAs, microwave components and portable/maritime communications offerings. It corroborates a distribution route, not independent qualification of all vendor performance claims.
Supports: Rugged satellite terminals and RF components · summary
ASCOT identifies itself as Norsat’s authorized Japanese distributor and lists ATOM Ku/Ka BUCs/SSPAs, microwave components and portable/maritime communications offerings. It corroborates a distribution route, not independent qualification of all vendor performance claims.
Supports: Rugged satellite terminals and RF components · update child
Rugged satellite terminals and RF components
Supports: Rugged satellite terminals and RF components · update child
Rugged satellite terminals and RF components
Supports: Rugged satellite terminals and RF components · update child
Canadian satellite-communications portfolio spanning portable, fly-away, maritime, fixed, and vehicle-mounted terminals across C, X, Ku, and Ka bands, plus rugged microwave components and remote terminal-control software.
Supports: Rugged satellite terminals and RF components · update child
C, X, Ku and Ka-band terminal options; Fly-away, maritime, fixed and drive-away configurations; Ruggedized outdoor and transportable hardware; Remote monitoring and LinkControl software; Microwave components and frequency-conversion products
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
Rugged satellite terminals and RF components
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
C, X, Ku and Ka-band terminal options; Fly-away, maritime, fixed and drive-away configurations; Ruggedized outdoor and transportable hardware; Remote monitoring and LinkControl software; Microwave components and frequency-conversion products
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
Canadian satellite-communications portfolio spanning portable, fly-away, maritime, fixed, and vehicle-mounted terminals across C, X, Ku, and Ka bands, plus rugged microwave components and remote terminal-control software.
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
Canadian satellite-communications portfolio spanning portable, fly-away, maritime, fixed, and vehicle-mounted terminals across C, X, Ku, and Ka bands, plus rugged microwave components and remote terminal-control software.
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
C, X, Ku and Ka-band terminal options; Fly-away, maritime, fixed and drive-away configurations; Ruggedized outdoor and transportable hardware; Remote monitoring and LinkControl software; Microwave components and frequency-conversion products
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
Canadian satellite-communications portfolio spanning portable, fly-away, maritime, fixed, and vehicle-mounted terminals across C, X, Ku, and Ka bands, plus rugged microwave components and remote terminal-control software.
C, X, Ku and Ka-band terminal options; Fly-away, maritime, fixed and drive-away configurations; Ruggedized outdoor and transportable hardware; Remote monitoring and LinkControl software; Microwave components and frequency-conversion products
Supports: Rugged satellite terminals and RF components · summary
ATOM Ka25–50W operator manual rev1.3 requires thermal management: fan-cooled units need unobstructed intake/exhaust; baseplate versions require user-provided heat rejection. It directs users to the exact product datasheet because generic weights and specifications are configuration-dependent.
Supports: Rugged satellite terminals and RF components · core features
ATOM Ka25–50W operator manual rev1.3 requires thermal management: fan-cooled units need unobstructed intake/exhaust; baseplate versions require user-provided heat rejection. It directs users to the exact product datasheet because generic weights and specifications are configuration-dependent.
Supports: Rugged satellite terminals and RF components · commercial availability
ATOM Ka25–50W operator manual rev1.3 requires thermal management: fan-cooled units need unobstructed intake/exhaust; baseplate versions require user-provided heat rejection. It directs users to the exact product datasheet because generic weights and specifications are configuration-dependent.
Supports: Rugged satellite terminals and RF components · summary
Visually inspected SGS certificate CA14/553403 issue6 covers Richmond design, manufacture, testing and distribution of satellite communications components/systems. Valid August26 2026–August26 2029 subject to surveillance. It certifies a quality-management scope, not individual terminal mission qualification.
Supports: Rugged satellite terminals and RF components · maturity
Visually inspected SGS certificate CA14/553403 issue6 covers Richmond design, manufacture, testing and distribution of satellite communications components/systems. Valid August26 2026–August26 2029 subject to surveillance. It certifies a quality-management scope, not individual terminal mission qualification.
Supports: Rugged satellite terminals and RF components · summary
Norsat ATOM Ku/Ka BUC and SSPA family supports custom RF, mechanical and environmental requirements, with ATOMControl monitoring software. Portfolio claims and component standards must be checked against the ordered configuration.
Supports: Rugged satellite terminals and RF components · core features
Norsat ATOM Ku/Ka BUC and SSPA family supports custom RF, mechanical and environmental requirements, with ATOMControl monitoring software. Portfolio claims and component standards must be checked against the ordered configuration.
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
Northern and Arctic systems face geographically dispersed infrastructure, foreign cyber activity and limited response capacity, creating a need for persistent awareness, advanced sensing, partner coordination and resilient services.
Supports: Rugged satellite terminals and RF components → Arctic cyber resilience and threat warning
Reviewer synthesis of the public end state in the cited material: Arctic stakeholders should receive timely indications and warnings, sensor-informed detection and practical cyber-defence support that improves resilience of territorial, Indigenous and critical-infrastructure systems.
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
High-profile events and their host organizations create concentrated cyber-risk and require coordinated planning, monitoring, incident response, exercises and secure information sharing across federal, provincial, municipal and private partners.
Supports: Rugged satellite terminals and RF components → Major-event and critical-infrastructure cyber defence
Reviewer synthesis of the public end state in the cited material: Event partners should be able to prepare for, detect and respond to cyber incidents through integrated threat intelligence, technical support, exercises and operational coordination before and during major events.
The project requires persistent sensor coverage in strategic northern, coastal and expeditionary areas and identifies sonar and acoustic systems among the relevant investment capabilities.
The official requirement calls for long-duration uncrewed vehicles that deploy and employ sensors to provide persistent coverage, with initial delivery anticipated in 2035/2036.
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