OEM/ODM Technical Selection Catalogue: Explore our engineered RF power modules, high-frequency GaN power amplifiers, tactical anti-FPV countermeasure units, and defense-grade wearable power systems built for high-reliability operational environments.
Each unit listed below represents our standardized modified-COTS platforms ready for custom OEM tailoring, rapid prototyping, and full MIL-STD environmental qualification.
Integrated tactical wearable protection system engineered for high-mobility infantry, security units, and field operatives requiring ergonomic load distribution.
Ultra-fast 2-second spectrum analysis module featuring multi-band passive detection and low power consumption for automated counter-UAS platforms.
Ultra-wideband 700MHz–6GHz 80-Watt Solid-State GaN Power Amplifier designed for electronic countermeasures, signal jamming, and tactical RF defense.
Micro 60-gram ultra-lightweight passive signal sniffer with DJI O4 protocol detection, optimized for soldier-worn and micro-drone mounting.
High-frequency C-Band GaN RF power amplifier module tailored for continuous-duty radar, electronic attack, and targeted UAV link suppression.
Industrial-grade high-lumen rechargeable tactical illumination unit featuring integrated digital battery telemetry, Type-C quick charging, and rugged casing.
Scalable L-Band 1.2GHz GaN power conversion module with output power configurations up to 100W, targeting GNSS jamming and drone navigation disruption.
High-efficiency UHF 433MHz 100W GaN power module engineered for extreme thermal endurance and continuous high-power RF transmission in defense networks.
Since 1987, our engineering facility has operated as a premier custom OEM power supply manufacturer and defense technology integrator. Holding CAGE Code 0P327 and maintaining an ISO 9001 quality management system certified through PJR with ANAB accreditation, we solve the most demanding electrical, thermal, and mechanical envelope requirements for military, aerospace, naval, and mission-critical industrial applications.
Full in-house and lab testing capabilities for MIL-STD-810 (thermal shock, vibration, altitude, salt fog, explosive atmosphere) and MIL-S-901D Grade A high-impact shock survivability.
Integrated multi-stage passive filtering engineered specifically to surpass MIL-STD-461 (CE102, RE102, CS114, RS103) without requiring bulky external line conditioners.
Accelerated deployment via standard Commercial-Off-The-Shelf (COTS) platforms, Modified-COTS (MOTS) rail/connector variations, or ground-up custom power conversion architectures.
Modern military operations, unmanned aerial vehicle (UAV) defense networks, and industrial automated infrastructure demand unprecedented power densities. The global shift toward electronic warfare (EW), directional RF countermeasures, and autonomous field intelligence has transformed the OEM power supply from a simple AC-to-DC utility into a highly specialized, thermal-critical subsystem.
Legacy power supplies rely heavily on Silicon (Si) MOSFETs and Insulated-Gate Bipolar Transistors (IGBTs). However, as RF frequency demands push into the UHF, L-Band, S-Band, and C-Band spectrums (700MHz to 7.2GHz), silicon devices hit physical thermal and switching speed limitations.
By leveraging High-Electron-Mobility Transistor (HEMT) Gallium Nitride (GaN) technology, our custom power supplies and RF modules achieve:
In tactical soldier-worn gear, airborne payload pods, and vehicle-mounted remote weapon stations, every gram and cubic millimeter impacts mission radius. Our custom OEM engineering methodology focuses rigorously on SWaP-C metrics:
| SWaP-C Metric | Legacy Power Architecture | Next-Gen OEM Custom Design | Operational Impact |
|---|---|---|---|
| Size (Envelope) | Bulky 3U–4U Rack Enclosures | 1U Slimline / Modular IP67 Sealed Bricks | 70% reduction in cabinet volume; fits tight vehicle & drone bays. |
| Weight | Heavy Iron-Core Magnetics (8–15 kg) | High-Freq Planar Transformers (< 2.5 kg) | Extended battery flight time for UAVs; reduced soldier fatigue. |
| Power Efficiency | 78% – 84% Efficiency Curves | 92% – 96% Active PFC Double Conversion | Reduced internal thermal dissipation; fanless liquid/conduction cooling. |
| Lifecycle Cost | High Failure Rates (MTBF < 15k hrs) | Derated MIL-HDBK-217F (MTBF > 100k hrs) | Lower Total Cost of Ownership (TCO) over 15+ year program lifecycles. |
Vehicle electrical buses (28 VDC nominal) and aircraft power buses (115V / 400Hz or 270 VDC) are notoriously hostile environments. Starter motor engagements, alternator load dumps, and inductive kickbacks generate extreme voltage surges.
Our OEM DC-DC converters incorporate multi-stage solid-state transient surge suppression capable of clamping 100V surges for 50msec (per MIL-STD-1275E) and absorbing +1000V spikes without power interruption or component degradation. Furthermore, active hold-up capacitance circuits provide seamless operation during deep cranking dropouts down to 6 VDC.
As prime defense contractors, aerospace system integrators, and industrial original equipment manufacturers evaluate power supply vendor pipelines, purchasing criteria have shifted from pure unit cost to holistic supply chain resilience and technical adaptability.
The rapid proliferation of FPV (First-Person View) strike drones in modern conflict zones has triggered massive global demand for distributed, portable anti-drone detection and jamming equipment. Sourcing managers must prioritize OEMs capable of delivering lightweight passive detection modules (such as 60g micro-modules) combined with high-wattage broad-spectrum RF amplifiers (100W GaN modules at 433MHz, 1.2GHz, and C-band) that operate continuously in extreme field conditions.
Defense platforms often remain operational for decades. A major purchasing risk is component end-of-life (EOL). Elite OEM power manufacturers mitigate this through proactive form-fit-function (FFF) engineering, ensuring replacement power units drop directly into existing mechanical chassis with identical pinouts and zero software redesign.
Commercial and industrial buyers are increasingly specifying military-grade power conversion technology (such as IP67 waterproofing, wide temperature range -40°C to +85°C, and digital CANbus/PMBus telemetry) for critical infrastructure, oil & gas robotics, and heavy industrial automation to eliminate unexpected field downtime.
Naval and large ground shelter programs are abandoning single centralized bulk power supplies in favor of modular zonal power distribution units (PDUs). Zonal topologies utilize hot-swappable N+1 redundant AC-DC and DC-DC power modules on a unified backplane, allowing technicians to hot-swap a failed power cartridge in seconds without shutting down mission-critical command radar or comms.
Direct technical insights from our senior power design engineers and military procurement logistics specialists.
Our platforms are custom-engineered and tested against MIL-STD-810 (Environmental), MIL-STD-461 (EMI/EMC), MIL-STD-1275 (28 VDC Vehicle Input Transients), MIL-STD-1399 Section 300 (Shipboard AC Power Quality), MIL-STD-704 (Aircraft Electrical Power), and MIL-S-901D (High-Impact Mechanical Shock). Industrial units meet or exceed UL, CE, TUV, and IP65/IP67 ingress standards.
Modified-COTS (MOTS) projects—such as altering output voltage rails, altering connector types, or applying specialized conformal coating—typically ship rapid prototypes in 4 to 8 weeks. Clean-sheet full custom designs requiring unique PCB layouts, complex mechanical enclosures, and full MIL-STD test report generation generally take 12 to 18 weeks depending on qualification scope.
Gallium Nitride (GaN) modules provide significantly higher power density, broader bandwidth coverage (e.g., 700MHz to 6000MHz in a single module), and superior power-added efficiency (PAE) compared to legacy LDMOS or GaAs devices. This allows counter-UAS platforms to deliver higher RF output power (80W–100W+) in smaller, lighter enclosures with reduced thermal dissipation needs.
Yes. As a US-registered Veteran-Owned Small Business operating under CAGE Code 0P327, we regularly support prime contractors and defense agencies globally. We provide complete technical data packages, Certificate of Origin documentation, export compliance classification, and comprehensive quality records with every proposal.
We manufacture fully sealed IP65, IP66, and IP67 weather-proofed power supplies utilizing potted electronics, gasketed aluminum housings, and MIL-DTL-38999 circular connectors. These units are immune to dust, sand, heavy driving rain, and temporary water immersion.
