D-TA Systems is an Ottawa defence-electronics company developing networked sensor-processing, recording, playback, SIGINT, electronic-warfare and radar systems for air, land and maritime platforms.
Operating context
D-TA’s current portfolio centres on electromagnetic-spectrum operations: SIGINT, EW threat emulation, RF/IF recording and HF radar processing. Its architecture separates a smart sensor-interface unit from COTS computing over high-speed optical Ethernet, allowing processing software and hardware interfaces to evolve separately. For HF radar it distinguishes ionospheric sky-wave surveillance from surface-wave coastal coverage and reports large multi-channel deployments. ATCO Frontec identifies D-TA as technology partner for a northern Polar Over-The-Horizon Radar project. Historical sonar work remains part of the record, but the 2026 portfolio should not be reduced to sonar or confused with an award for the separate Arctic radar programme.
Canadian footprint
D-TA identifies Ottawa as its international headquarters, with engineering, manufacturing and an anechoic test chamber at 2500 Lancaster Road. Founded in 2007, it also maintains a US office in Arlington, Virginia; Canadian sales enquiries use sales@d-ta.com.
Ottawa, Ontario is the published city-level context for D-TA Systems. It does not imply a street address or exact facility location.
RF acquisition and electromagnetic-spectrum processing
Read technical summary
Digitize, move and process RF sensor data through a smart interface and COTS server linked by optical Ethernet, supporting SIGINT, EW threat emulation, RF recording and HF over-the-horizon radar. ATCO Frontec identifies D-TA as a technology partner on its Polar radar project.
Evidence of maturity
Existing vendor product portfolio with a named Polar radar technology-partner role; acceptance remains programme-specific.
Commercial availability
Supplied through D-TA sales and programme-specific integration engagements.
D-TA’s technical presentation describes a DTA-4100 sensor-interface architecture for minehunting and dipping-sonar applications, with near-sensor digitization and optical links to processing computers. The illustrated Halifax configuration is explicitly labelled suggested. It is a documented integration concept and acoustic-processing capability, rather than proof of an installed Halifax sonar system.
Evidence of maturity
Historical technical reference and proposed platform application. ISED corroborates completed sensor-processing R&D; no inspected source establishes acceptance of the suggested Halifax installation.
Commercial availability
Confirm current DTA-4100 support, sonar interfaces and delivery scope with D-TA. The 2026 catalogue’s RF/EMSO focus does not establish either sonar discontinuation or current configuration availability.
Core features
DTA-4100 acoustic sensor-interface units close to the sensor array
Synchronized units and 10 GbE fibre links to processing servers
Recording and playback within the network-centric processing architecture
Explicitly proposed minehunting and dipping-sonar configuration
D-TA’s network-attached architecture separates acoustic sensor interfaces from software processing over optical Ethernet. Historical DTA-4100 material describes synchronized multi-channel acquisition and transmit processing, while ISED documents completed work on configurable 10 GbE sensor systems for sonar, acoustic, radar and radio inputs. Current higher-speed EMSO products should be scoped separately from the older sonar configuration.
Evidence of maturity
ISED records completion of the network-centric sensor-processing development programme. The specific acoustic hardware is documented in older technical material; current RF products are not proof of a new sonar deployment.
Commercial availability
D-TA offers sensor-system engagements; verify current acoustic hardware support, required channel count, interfaces and software deliverables for the proposed installation.
Core features
Separate acoustic interface hardware and commercial processing servers
Synchronized DTA-4100 units for scalable acoustic channel counts
10 GbE fibre transport with signal capture, recording and playback
Software-centric processing and independently configurable sensor interfaces
Public record
Recent activity
Apr 30, 2025
ATCO Frontec’s April 2025 partner account identifies D-TA Systems as technology partner to the Inuvialuit–ATCO joint venture for design, build and installation of a Polar Over-The-Horizon Radar system in Canada’s North. This establishes a named programme role without disclosing D-TA’s individual contract value.
D-TA Systems's public portfolio could support modular uncrewed or remotely operated maritime workflows when integrated with appropriate acoustic sensors, command systems and operational authorities.
What sensor-interface, optical-network throughput and processing configuration are required for the intended radar or EW mission?
D-TA separates sensor interfaces and COTS processing, so channel count and real-time workload determine the integration scope.
02
What deliverables and acceptance milestones fall within D-TA’s Polar Over-The-Horizon Radar workshare?
ATCO confirms the technology-partner role, while individual commercial value and acceptance status are not publicly detailed.
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.
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: Profile · operating context
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: Profile · canadian footprint
D-TA says it was founded in 2007 and maintains research and manufacturing facilities with an anechoic chamber at its Ottawa headquarters, 2500 Lancaster Road; it lists sales@d-ta.com and 613-745-8713, plus an Arlington US office.
Supports: EMSO and HF radar sensor-processing systems · technicaldomainslugs
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technicaldomainslugs
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · core features
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technical tags
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · defence applications
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · summary
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · defence applications
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technical tags
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · defence applications
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technical tags
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · core features
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technology readiness level
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · core features
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · slug
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · name
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · commercial availability
D-TA says it was founded in 2007 and maintains research and manufacturing facilities with an anechoic chamber at its Ottawa headquarters, 2500 Lancaster Road; it lists sales@d-ta.com and 613-745-8713, plus an Arlington US office.
Supports: EMSO and HF radar sensor-processing systems · capability type
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
Supports: EMSO and HF radar sensor-processing systems · technical tags
D-TA uses antenna-level digitization, optical 10/40/100 GbE networks, a smart sensor-interface LRU and a COTS processing server to support software-centric SIGINT, EW threat emulation, RF recording and radar processing.
The cited complementary source supports the carefully attributed current product, integration, program or operating activity summarized for the reviewer.
True North Map derives this first-conversation question from the documented D-TA Systems capability, current evidence and the decision gap that remains.
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: Profile · current activity as of
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
Public sources cited · Facts and assessments kept separate · Human review
D-TA Systems's documented capability could supply a distinct sensing, processing, integration, deployment or sustainment layer for a containerized anti-submarine-warfare system; this is an analyst-derived fit, not evidence of a specific procurement role.
Network-Attached Sonar and Acoustic Sensor Processing may help teams working on Persistent uncrewed underwater surveillance by contributing to maritime and undersea operations, detection and situational awareness, and resilient communications and command.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Supports: Profile · operating context
The cited durable product or government material supports the named capability, its principal features and its existing applications; the containerized ASW fit remains a derived analyst assessment.
Supports: Profile · profileData.currentActivity
The cited complementary source supports the carefully attributed current product, integration, program or operating activity summarized for the reviewer.
D-TA Systems'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: Minehunting sonar processing systems · maturity
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Minehunting sonar processing systems · core features
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · defence applications
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · maturity
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · summary
The cited durable product or government material supports the named capability, its principal features and its existing applications; the containerized ASW fit remains a derived analyst assessment.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · name
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technical tags
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · defence applications
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technicaldomainslugs
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · capability type
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · core features
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technical tags
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · summary
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · defence applications
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technicaldomainslugs
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technical tags
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technical tags
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technicaldomainslugs
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · technical tags
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · defence applications
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Autonomous Patrol and Monitoring
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Autonomous Patrol and Monitoring
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Autonomous Patrol and Monitoring
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Autonomous Patrol and Monitoring
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Underwater ISR
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Underwater ISR
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Underwater ISR
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
Supports: Network-Attached Sonar and Acoustic Sensor Processing → Underwater ISR
ISED’s SADI success story documents completion of D-TA’s network-centric sensor-processing R&D and its configurable 10 GbE architecture for sonar, acoustic, radar and radio signals. It corroborates a completed technology-development programme without proving a particular Halifax sonar installation or current product support terms.
The cited durable product or government material supports the named capability, its principal features and its existing applications; the containerized ASW fit remains a derived analyst assessment.
Supports: Profile · current activity
True North Map classifies the legacy undated product description as operating context rather than a material current development, so the optional Recent Activity field is cleared.
Supports: Profile · description
The cited official source supports D-TA Systems's Canadian identity and the bounded organization description prepared for review.
Supports: Profile · profileData.publicContact
The official organization material supports the Canadian location and public contact route summarized in this candidate.
Supports: Profile · canadian footprint
The cited official source supports D-TA Systems's Canadian identity and the bounded organization description prepared for review.
Supports: Minehunting sonar processing systems · commercial availability
D-TA current products focus on EW threat emulation, over-the-horizon radar, RF/IF record and playback, and SIGINT. Its Ottawa international headquarters and US office remain published; current RF/EMSO emphasis does not by itself prove discontinuation of the historical sonar portfolio.
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: Profile · operating context
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: Profile · current activity
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: EMSO and HF radar sensor-processing systems · summary
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: EMSO and HF radar sensor-processing systems · maturity
ATCO Frontec identifies D-TA as technology partner to its Inuvialuit joint venture for a Polar Over-The-Horizon Radar contract to design, build and install a northern radar system. This is partner-level attribution, not a separate disclosed D-TA contract value.
Supports: Profile · operating context
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
Supports: EMSO and HF radar sensor-processing systems · core features
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
Supports: EMSO and HF radar sensor-processing systems · summary
D-TA describes HF radar processing at 3–30 MHz, distinguishing ionospheric sky-wave from surface-wave coastal and exclusive-economic-zone surveillance; it reports deliveries of systems with more than 1,000 receive and 200 transmit channels, without identifying each deployment.
Supports: Minehunting sonar processing systems · technicaldomainslugs
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · core features
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · defence applications
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · core features
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technicaldomainslugs
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · summary
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · defence applications
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technicaldomainslugs
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · core features
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technical tags
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · defence applications
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · capability type
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · defence applications
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technical tags
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technology readiness level
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · maturity
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · commercial availability
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technical tags
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technical tags
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · name
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · technicaldomainslugs
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · add child
D-TA's technical portfolio documents Canadian signal-acquisition, recording and real-time processing systems for minehunting and dipping sonar applications, complementing its broader network-attached acoustic processing record.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · commercial availability
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · core features
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · core features
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · summary
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · maturity
D-TA’s older technical presentation describes synchronized DTA-4100 acoustic receive/transmit units connected to processing servers over 10 GbE fibre, with near-sensor digitization. Page 22 labels minehunting and dipping sonar for Halifax as Suggested; it is an integration proposal, not a documented installed Canadian configuration.
Supports: Minehunting sonar processing systems · commercial availability
The August 2026 D-TA catalogue concentrates on EMSO/RF systems. Its history credits founder Dipak Roy’s earlier ICS company with an AEGIS sonar upgrade before a 2003 acquisition. That historical ICS programme must not be represented as a D-TA contract or current D-TA sonar delivery.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · maturity
The August 2026 D-TA catalogue concentrates on EMSO/RF systems. Its history credits founder Dipak Roy’s earlier ICS company with an AEGIS sonar upgrade before a 2003 acquisition. That historical ICS programme must not be represented as a D-TA contract or current D-TA sonar delivery.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · commercial availability
D-TA describes a smart sensor-interface unit connected to a commercial processing server by 10/40/100 GbE optical Ethernet. This current EMSO architecture supports scalable sensing and software processing, but faster current RF products do not retroactively establish upgrade specifications for historical DTA-4100 sonar configurations.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · summary
D-TA describes a smart sensor-interface unit connected to a commercial processing server by 10/40/100 GbE optical Ethernet. This current EMSO architecture supports scalable sensing and software processing, but faster current RF products do not retroactively establish upgrade specifications for historical DTA-4100 sonar configurations.
Supports: Network-Attached Sonar and Acoustic Sensor Processing · core features
D-TA describes a smart sensor-interface unit connected to a commercial processing server by 10/40/100 GbE optical Ethernet. This current EMSO architecture supports scalable sensing and software processing, but faster current RF products do not retroactively establish upgrade specifications for historical DTA-4100 sonar configurations.
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.
The project requires persistent sensor coverage in strategic northern, coastal and expeditionary areas and identifies sonar and acoustic systems among the relevant investment capabilities.
Continue exploring
Follow the strongest connections
Continue through related organizations, reviewed mission and Defence need connections, programme pathways, and explicitly linked intelligence. Similarity results describe shared areas of work, not partnerships or endorsements.
Organizations
Profiles that provide the strongest reviewed or discovery-led continuation.
