Octasic is a Montréal semiconductor and communications company developing frequency-agile SDR systems for cellular, private-network and tactical applications.
Operating context
Octasic's current RAVIX M200 positioning emphasizes modular RF payload integration for uncrewed airborne and maritime platforms. Its broader defence architecture spans software-defined communications and sensing, with interfaces that can be engineered for specified open-architecture requirements. The AUSA launch and Milipol partner case establish public introduction and demonstration of the product family; the Montreal applicant's 2026 RAVIX trademark filing further anchors the identity. These routes do not identify an accepted customer installation or prove that every configuration meets Mod Payload or CMOSS requirements. The earlier availability forecast therefore remains distinct from a verified delivery milestone.
Canadian footprint
Octasic publishes a Montréal headquarters and a Kanata office, and DND independently identifies the company in a Canadian defence innovation hub.
Montréal, Quebec is the published city-level context for Octasic Inc.. It does not imply a street address or exact facility location.
Octasic offers a Montreal RF integration route for compact modular payloads; practical fit turns on the specific interfaces, environmental envelope and accepted host-platform configuration.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Octasic develops low-power frequency-agile software-defined radio and base-station systems supporting cellular and proprietary waveforms for airborne and deployable communications.
Evidence of maturity
OctNode2 is a documented developer/integration platform for cellular and proprietary waveforms. Octasic's August 24, 2026 DDI supply arrangement CW2464979 establishes supplier eligibility; it is not an order for OctNode2 or operational approval.
Commercial availability
OctNode2 hardware/software packages and development tools are offered for custom base-station and SDR integration; RF power amplification and system acceptance are configuration-specific.
Core features
400 MHz–6 GHz frequency-agile SDR
Two independently configurable RF transceivers with 2x2 MIMO
5G NR, LTE and proprietary waveform support
OCT3032W signal processing and Opus development tools
Approximately 20 W platform consumption excluding power amplifier
Octasic offers OCTNODE and related products, and National Defence identifies the company as a participant in the NEXUS uncrewed-systems innovation hub.
Questions for a first conversation
01
Which RAVIX M200 configuration has completed host-platform integration, and which interface and environmental requirements have been independently accepted for that assembly?
Demonstrations, a trademark application and design-to-standard language do not establish shipment, operational acceptance or certification of every payload configuration.
Original sources 9 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 current site presents RAVIX M200 as a compact modular RF mission-payload platform for airborne and maritime uncrewed systems, with low size, weight and power design goals.
Supports: Profile · operating context
The current site presents RAVIX M200 as a compact modular RF mission-payload platform for airborne and maritime uncrewed systems, with low size, weight and power design goals.
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Supports: Profile · operating context
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Octasic's exhibition-design partner describes the RAVIX presentation at Milipol 2025, corroborating product demonstration rather than customer acceptance.
Octasic's exhibition-design partner describes the RAVIX presentation at Milipol 2025, corroborating product demonstration rather than customer acceptance.
Supports: Profile · operating context
Octasic's exhibition-design partner describes the RAVIX presentation at Milipol 2025, corroborating product demonstration rather than customer acceptance.
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Public sources cited · Facts and assessments kept separate · Human review
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Octasic describes software-defined RF systems spanning 2G–5G and defence sensing/communications functions, with payloads that can be engineered to Mod Payload and CMOSS requirements as needed.
Octasic's exhibition-design partner describes the RAVIX presentation at Milipol 2025, corroborating product demonstration rather than customer acceptance.
Octasic's exhibition-design partner describes the RAVIX presentation at Milipol 2025, corroborating product demonstration rather than customer acceptance.
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
Supports: Profile · operating context
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
RAVIX application 2453639 was filed February 2, 2026 by Octasic at 30-2901 Rue Rachel Est, Montreal; the inspected status is formalized and awaiting examination rather than registered.
True North Map applies the dual use category to Octasic Inc. from its documented mandate and source-bounded operating evidence.
Supports: Profile · dual use posture
Frequency-agile software-defined radio systems has documented civilian or industrial applications and a bounded potential relevance to Canadian defence, security or strategic-infrastructure needs.
Supports: Profile · organization categories
True North Map applies the commercial company category to Octasic Inc. from its documented mandate and source-bounded operating evidence.
True North Map derives a first-conversation question about Frequency-agile software-defined radio systems configuration and accepted outcomes from the documented maturity boundary.
NEXUS participation is a development signal, not procurement, operational fielding or proof that OCTNODE supports a configuration-approved deep-strike command link. The first conversation should therefore separate current offer, development evidence and accepted operational use.
Supports: Profile · executive relevance summary
Octasic may help teams evaluate a domestic SDR and private-network layer for uncrewed or distributed operations. The next conversation should establish waveform support, spectrum authorization, encryption, latency and environmental qualification.
Supports: Profile · defence posture
Octasic documents defence-oriented communications uses, while NEXUS participation does not establish procurement, fielding or an accepted command link.
Supports: Profile · description
True North Map derives this executive description for Octasic Inc. from the official identity and technical records together with Department of National Defence's corroborating evidence.
Supports: Profile · canadian footprint
Octasic publishes a Montréal headquarters and a Kanata office, and DND independently identifies the company in a Canadian defence innovation hub.
Supports: Frequency-agile software-defined radio systems · maturity
Department of National Defence's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
Octasic offers OCTNODE and related products, and National Defence identifies the company as a participant in the NEXUS uncrewed-systems innovation hub.
Supports: Profile · operating context
Octasic combines a Canadian semiconductor and communications operation with configurable SDR products requiring platform and spectrum integration.
Supports: Profile · profileData.portfolioScope
Octasic Inc.'s documented portfolio in this dossier is bounded to Frequency-agile software-defined radio systems and the source-backed functions listed below.
Supports: Frequency-agile software-defined radio systems · core features
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · technical tags
True North Map applies the software-defined radio tag from Octasic Inc.'s documented capability functions.
Supports: Frequency-agile software-defined radio systems · defence applications
Uncrewed-platform data links This bounded statement is retained for reviewer verification.
Supports: Frequency-agile software-defined radio systems · technicaldomainslugs
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · core features
Low-power deployable form factor
Supports: Frequency-agile software-defined radio systems · technical tags
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · technical tags
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · capability type
Tactical and deployable communications
Supports: Frequency-agile software-defined radio systems · commercial availability
Octasic Inc. currently presents Frequency-agile software-defined radio systems through its official public capability surface.
Supports: Frequency-agile software-defined radio systems · technical tags
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · technology readiness level
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · technical tags
True North Map applies the tactical communications tag from Octasic Inc.'s documented capability functions.
Supports: Frequency-agile software-defined radio systems · name
Frequency-agile software-defined radio systems
Supports: Frequency-agile software-defined radio systems · defence applications
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · core features
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · technical tags
True North Map applies the 5G tag from Octasic Inc.'s documented capability functions.
Supports: Frequency-agile software-defined radio systems · core features
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · defence applications
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · core features
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · core features
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · capability type
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · core features
5G and LTE waveform support This bounded statement is retained for reviewer verification.
Supports: Frequency-agile software-defined radio systems · core features
Frequency-agile SDR architecture
Supports: Frequency-agile software-defined radio systems · technical tags
True North Map applies the waveforms tag from Octasic Inc.'s documented capability functions.
Supports: Frequency-agile software-defined radio systems · summary
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · defence applications
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · commercial availability
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · name
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · defence applications
Deployable private networks This bounded statement is retained for reviewer verification.
Supports: Frequency-agile software-defined radio systems · technicaldomainslugs
True North Map maps Frequency-agile software-defined radio systems to communications and cyber from its documented technology functions.
Supports: Frequency-agile software-defined radio systems · summary
Octasic develops low-power frequency-agile software-defined radio and base-station systems supporting cellular and proprietary waveforms for airborne and deployable communications.
Supports: Frequency-agile software-defined radio systems · core features
Airborne integration This bounded statement is retained for reviewer verification.
Supports: Frequency-agile software-defined radio systems · technical tags
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · defence applications
Tactical communications This bounded statement is retained for reviewer verification.
Supports: Frequency-agile software-defined radio systems · maturity
OctNode2 combines OCT3032W processing and two RF transceivers, each supporting 2x2 MIMO and FDD/TDD, across 400 MHz–6 GHz for 5G NR, LTE and proprietary waveforms. The 140 x 100 x 18.8 mm platform is listed at approximately 20 W without a power amplifier, with independent radio access technologies on the two transceivers. The developer platform includes hardware/software packages and Opus tools for tactical, airborne, public-safety and industrial integration; deployment approvals remain system-specific.
Supports: Frequency-agile software-defined radio systems · maturity
Octasic's DDI supply arrangement CW2464979 was awarded August 24, 2026, with C$1 listed value and expiry July 31, 2031. The DDI record establishes a supplier-pool route, not a purchase of OctNode2 or qualification of all Octasic waveforms.
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