Sarah Eggleton

We are delighted to announce that TCI and ECS, part of SPX Communication Technologies, will be showcasing cutting-edge COMINT and Counter-UAS solutions at EW Live!

As global leaders in advanced defense and security technologies, we’ll be showcasing an impressive portfolio including two brand new Rackmount RF COMINT Systems designed to empower mission success in the most challenging environments.

Visitors to Stand 28 will experience our latest capabilities in:

🔷 HFDF (High Frequency Direction Finding) – Proven solutions for signal intelligence and situational awareness.

🔷 C-UAS (Counter Unmanned Aerial Systems) – The BLACKTALON Ecosystem uses innovative technologies to detect, track, and defeat drone threats.

🔷COMINT (Communications Intelligence) – Deployable in several form factors, advanced systems for intercepting and analyzing communications.

📍Join us at Stand 28 from 23-26 September at EW Live to explore how we are shaping the future of defense.

Wappenham, UK – September 2025 – TCI, part of SPX Communication Technologies, has announced the launch of two advanced Rackmount COMINT RF systems designed to give defense and security forces a decisive edge in today’s complex electronic warfare environment. The new 955 Rackmount RF COMINT and Geolocation System and the 957 Rackmount RF COMINT and Independent Geolocation System were recently unveiled at DSEI 2025.

Meeting the Demands of Modern Spectrum Warfare

Electronic warfare increasingly relies on mastering congested and contested radio frequency (RF) spectrum environments. TCI’s new systems deliver continuous, real-time communications intelligence (COMINT) collection, enabling forces to detect, filter, and geolocate RF communication signals with unmatched speed and accuracy.

Key capabilities include:

• 80 MHz Instantaneous Bandwidth – twice that of the previous generation, supporting wide-area surveillance or highly sensitive, focused collection.
• Dual Geolocation Techniques (AOA + TDOA) – providing precise location data with fewer assets, even across limited or disrupted networks.
• 72-hour Look-back Recording – allowing operators to analyze past spectrum activity for threat validation, intelligence gathering, and persistent monitoring.

Built for Operational Agility

The rugged, rack-mounted design allows deployment across vehicles, fixed installations, or forward operating positions. Both the 955 and 957 offer mission flexibility:

• 955 System – optimized for single-unit, vehicle-mounted, or standalone operations.
• 957 System – delivers enhanced processing power for simultaneous, independent missions and networked, multi-sensor geolocation across dispersed teams.

This flexibility supports a wide range of applications, including:

• Counter-terrorism
• Border security
• Front-line military operations
• Persistent intelligence, surveillance, and reconnaissance (ISR)

Enhanced Force Effectiveness with Blackbird Software

Both systems are powered by TCI’s Blackbird software, already in operational use on nearly 1,000 frontline systems worldwide. Blackbird’s intuitive interface reduces operator training time and expands the pool of personnel capable of conducting effective COMINT missions. It also enables remote operation, keeping highly skilled personnel safer while maintaining mission effectiveness.

Seamless Integration into Electronic Warfare Architectures

Building on the combat-proven legacy of the 953 RF receiver, the new 955 and 957 maintain backward compatibility with existing SPX Communications Technologies and partner systems, including the BLACKTALON counter-unmanned aerial system (C-UAS) solution. This ensures scalable integration into broader electronic warfare (EW) architectures.

Designed for the Spectrum Battlefield

As David Beckett, Battlespace Business Development Director at TCI, explains:

“Today, electronic warfare is at the heart of all defence operations, and mastering the spectrum is now as critical as controlling the air. Our new systems give defence teams the decisive intelligence they need to succeed.”

Both systems are now available to purchase – for further information please contact us.

Wappenham, UK, 2 September 2025: TCI, part of SPX Communications Technologies, today introduces two new Radio Frequency (RF) Receivers, designed for continuous, real-time signal collection to support Communications Intelligence (COMINT) operations. The 955 Rackmount RF COMINT and Geolocation System and the 957 Rackmount RF COMINT and Independent Geolocation System will be shown for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130.

The systems deliver rapid detection, filtering, and geolocation of RF communication signals across congested spectrum environments, enabling faster decision-making and reaction times, improved threat awareness, and greater operational agility. Their 80 MHz Instantaneous Bandwidth – double that of its predecessor – allows wide-area signal collection for broad situational awareness, or narrower focus for heightened sensitivity in challenging RF conditions.

Combining two geolocation techniques – Hybrid Angle of Arrival (AOA) and Time Difference of Arrival (TDOA) – enables precise signal location with fewer deployed assets, even over low-bandwidth or intermittent networks.

The rugged, rack-mounted design supports deployment in vehicles, fixed installations, or forward field positions. Both models are built for mission flexibility, with the ability to switch roles without reconfiguration, from counter-terrorism and border security to front-line combat. The 955 is optimised for single-unit, vehicle-mounted, or stand-alone operations, while the 957 offers enhanced processing capacity for simultaneous, independent tasking and networked multi-sensor geolocation across dispersed teams.

The RF systems also feature a 72-hour look-back recording capability, enabling operators to identify a new threat and immediately analyse historical spectrum activity to extract further intelligence. The feature also supports automated and remote monitoring options, reduces manpower requirements for persistent 24/7 operations, and lowers operational costs. A database allows further intelligence analysis for days, weeks and months.

Both systems operate using TCI’s Blackbird software, currently in operational use on almost 1,000 frontline systems worldwide. Blackbird provides an intuitive interface that reduces training time and enables less experienced operators to perform effective COMINT tasks, immediately expanding the possible pool of operators. It allows highly skilled personnel to remain in safer, decentralised positions while remotely managing deployed systems, multiplying force effectiveness.

Built on the combat-proven heritage of their predecessor, the 953 receiver, the new 955 and 957 are backwards compatible with existing SPX Communication Technologies and partner systems, including the ECS BLACKTALON counter-uncrewed aerial system (C-UAS) solution, for scalable integration into wider electronic warfare architectures.

“Today, electronic warfare is at the heart of all defence operations, and mastering the spectrum is now as critical as controlling the air,” says David Beckett, Battlespace Business Development Director at TCI. “Our new systems give defence teams the decisive intelligence they need to succeed.”

The 955 and 957 are now available. See them for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130, or contact tci_sales@spx.com for more information.

About TCI, part of SPX Communication Technologies

TCI , forming the SPX Technologies’ Communication Technologies Platform alongside Enterprise Control Systems (ECS), innovates specialized technologies within the Radio Frequency (RF) spectrum to ensure a smarter, more secure future for all.

SPX Communication Technologies is responsible for technical innovation within the Battlespace RF spectrum to enable defence and security teams to detect, defeat and exploit RF signals to enhance their Communications Intelligence (COMINT) and Counter Unmanned Aerial Systems (C-UAS) capabilities.

Combining decades of technological innovation and expertise with agile and collaborative engineering and product development teams, SPX Communication Technologies delivers sustainable and exceptional results to military and security customers across the globe – including Europe, Asia-Pacific, the Middle East, and Africa.

One thing that set USTTI ’24 apart? Hands-on time with the latest in TCI’s Spectrum Monitoring technology.

From setting up field surveyors to running live signal analysis, participants gained real skills to bring home and implement.

Expect even more practical learning at USTTI ’25 – because the best way to learn more about Spectrum Monitoring is to do it!

📍 TCI Headquarters, Fremont, CA
📅 July 28 – August 1, 2025

See you there!

Register now at 👉 TCI: Modern Spectrum Monitoring and Management Techniques – USTTI Communications

Romania is stepping confidently into the future of electronic defense, and we at SPX Communication Technologies are proud to highlight the instrumental role that TCI International, Inc. has played in this milestone. On May 7, 2025, the School for Communications, Information Technology and Cyber Defense Training in Sibiu officially inaugurated its new Spectrum and GPS Signal Monitoring Laboratory. This cutting-edge facility isn’t just a room filled with advanced technology – it’s a training ground for the next generation of spectrum analysts, COMINT operators, and electronic warfare (EW) professionals.

A World-Class Collaboration

The laboratory is the result of a unique collaboration between Romania’s Ministry of National Defense (MApN), StarC4Sys S.R.L.; a 100% Romanian-owned company – and TCI International, Inc., one of the world’s most respected names in spectrum monitoring, signal geolocation, and RF intelligence systems.

From the initial concept to full execution, TCI played a pivotal role by contributing its Blackbird software suite, integrated into over ten high-performance workstations that now form the backbone of the training environment.

Why This Matters

In today’s operational landscape, control of the electromagnetic spectrum is as critical as control of land, sea, and air. The lab in Sibiu addresses this exact need: enabling real-world training in the identification, classification, and geolocation of RF signals – including GPS interference, using the same platforms relied on by NATO members and other global defense agencies.

“Success is the combination of cutting-edge technology and applied education. This lab offers exactly that mix.”
— Lieutenant General Cristian Daniel Dan, Commander of NATO Southeast Multinational Corps Command

Inside the Lab: Built for the Future

The laboratory is unmatched in Romaniaand rare even globally. It is equipped with:

• TCI Blackbird Software for live and offline signal monitoring
• Snapshot Radio for broadband recording analysis
• Integration-ready for TCI Spectrum Monitoring technology and BlackTalon C-UAS (Counter-UAS) solutions
• Ergonomic design, climate control, multimedia projection, and structured cabling built for long-term, adaptable use

Instructors can simulate live operational scenarios, track student response in real time, and tailor training to multiple experience levels – from basic to mission-ready.

A Gift with Purpose

This laboratory wasn’t built on a government contract or tender, it was a voluntary donation, initiated by TCI and StarC4Sys, to elevate the technical training environment of Romania’s military education system.

The total value of the donation exceeds half a million euros, but its real value lies in its impact – on education, on national defense, and on Romania’s ability to independently train and deploy skilled electromagnetic analysts.

“We donated this technology because Romania needs people capable of using it. These people become security multipliers.”
George-Cristian Ghimfus, Founder of StarC4Sys

TCI’s Legacy in Romania

This isn’t TCI’s first contribution to Romanian education. In 2024, a similar lab was inaugurated at the National University of Science and Technology POLITEHNICA Bucharest, serving civilian applications of spectrum monitoring. Together, these facilities create a comprehensive ecosystem for developing national expertise in electromagnetic spectrum operations, both civilian and military.

Looking Ahead

This is only the beginning. Future development plans for the Sibiu lab include:

• Integration of live signal acquisition systems
• Deployment of TCI’s BlackTalon anti-drone technology for C-UAS operator training
• Introduction of the Overwatch COMINT database for advanced signal intelligence operations

With these expansions, the lab is poised to become not just a national resource, but a regional center of excellence in electronic warfare training.

Conclusion

SPX Communication Technologies is proud to be part of a network that champions not only technological superiority, but also human development.  We are helping Romania train its future defenders in a world where invisible threats demand visible skill.

This strong and consolidated partnership will bring new opportunities in enhancing the security of Romania, along with raising the capabilities in electromagnetic spectrum monitoring in both military and civilian specific domain. This lab is more than an investment in infrastructure – it’s an investment in sovereignty, resilience, and global interoperability.

Stay tuned as we continue supporting projects that advance spectrum awareness, electronic defense, and national security.

Find out more about our collaborative technologies here: https://ustti.org/tci-modern-spectrum-monitoring-and-management-techniques/.

As modern battlefields evolve, the proliferation of unmanned aerial systems (UAS) has introduced new challenges across military, border security, and critical infrastructure environments.

At SPX Communication Technologies, we address this threat with a cutting-edge, layered Counter-Unmanned Aerial System (C-UAS) strategy that ensures battlespace superiority – powered by the BLACKTALON Ecosystem.

Softkill vs. Hardkill: Why Both Matter in C-UAS Defense

In the complex domain of UAS threat mitigation, there is no one-size-fits-all approach. While hardkill solutions (e.g., kinetic interceptors and gun systems) offer physical takedown capabilities, they often face limitations in accuracy, range, and deployment conditions. This is where softkill solutions play a vital role – especially in directional jamming.

Directional jamming is not only cost-effective but also capable of engaging threats at significant distances, giving operators critical time to react and respond. When paired with hardkill systems, it forms a comprehensive defense-in-depth strategy.

SPX Communication Technologies’ BLACKTALON Ecosystem excels at delivering multi-layered softkill capabilities that complement kinetic responses and provide flexible, scalable protection.

Directional vs. Omni: The Right Tool for Every Tactical Situation

Every mission requires the right tool – and in C-UAS operations, antenna selection is paramount:

• True Omni-Directional Antennas: Best suited for last-mile defense, providing 360° coverage for immediate threats but with limited range.
• Directional Jammers: Offer focused, long-range disruption, ideal for pre-emptive threat engagement.
• Multi-Band Directional Jammers: Provide broad frequency coverage, efficient RF generation, and precise targeting of drone control and navigation signals.
• Integrated C2 Systems: Enable real-time threat analysis and optimized jamming effectiveness, tailored to the mission at hand.

The BLACKTALON Ecosystem unifies these capabilities to deliver unmatched versatility in contested electromagnetic environments.

Range Matters: Gaining Time and Tactical Advantage

Effective C-UAS strategies are built around the principle of early detection and engagement. The BLACKTALON Ecosystem enables:

• Long-Range Detection and Mitigation: Giving operators the advantage of reaction time.
• Targeted Energy Deployment: Maximizes disruption over broad operational areas.
• Close-In Response Capability: Ensures rapid neutralization of immediate threats with pinpoint accuracy.

In the battlespace, where seconds can define outcomes, range is not just a feature, it’s a necessity.

Future-Proofing the Fight Against Evolving UAS Threats

The battlespace is dynamic. So is the BLACKTALON Ecosystem. Designed with adaptability and scalability in mind, it ensures readiness for both current and future challenges:

• Modular, Software-Defined Radios (SDRs): Easily reconfigured to address evolving threat profiles.
• Centralized Command and Control: Supports multiple, simultaneous operations with streamlined coordination.
• Network-Capable Architecture: Seamless integration across platforms and mission scenarios.
• Mission-Specific Optimization: Quickly adapt to terrain, threat type, and operational goals.

Our future-proof approach ensures your forces are never behind the curve.

Get mission-ready: BLACKTALON Ecosystem

Conclusion: Total Spectrum Dominance in the C-UAS Battlespace

In today’s battlespace, defeating UAS threats demands speed, adaptability, and layered capability. SPX Communication Technologies delivers this through the BLACKTALON Ecosystem – a scalable, networked, and directional C-UAS solution designed for total electromagnetic spectrum control.

Whether your mission is force protection, base defense, or convoy security, our technology gives you the power to detect, disrupt, and dominate.

Stay ahead. Stay secure. Stay BLACKTALON.

👉 Explore Our C-UAS Solutions
👉 Dive deeper and learn more about how we can assist your mission: Spectrum Dominance in the Battlespace