Azure Summit Technology’s family of powerful RF transceiver systems and components provide Signals Intelligence, Electronic Warfare, Communications and Radar capabilities that enable critical missions for today’s warfighters across the Navy, Army, Air Force and the Marines. SWITCHBLADE provides scalable, ultra-high-performance RF sensitivity, fidelity, and coherence in a high-density form factor for small to large manned and unmanned platforms. MICROBLADE provides scalable ultra-low SWAP, affordable coherent RF payloads that are ideally suited to deployment on small manned and unmanned platforms. Together, the SWITCHBLADE and MICROBLADE family of systems provide coherent multi-channel, multi-function RF solutions that can be programmed for the full range of manned and unmanned platforms and missions. Azure Summit Technology transceivers:
- Achieve the most stressing RF performance with exceptionally low size, weight, and power (SWAP)
- Can integrate multiple functions (such as SIGINT, radar, and communications) into a single hardware payload, further reducing system SWAP and complexity
- Are fully open with documented Application Programmer Interface (API), Interface Control Document (ICD), and Firmware Development Kit (FDK) and Software Development Kit (SDK) that are being used by our customers today to develop third-party RF applications
- Share common API/ICD/FDK/SDK across all Azure SWITCHBLADE products to enable inherent scalability and high application software/firmware reuse across customer platforms
In addition to the currently available products listed here, Azure has many new products in development with an expanded selection of form factors, including 3U and smaller SWITCHBLADE variants and custom form-factors for specialized applications.
The SWITCHBLADE Coherent Wideband Digital RF Transceiver Card provides fully-adaptive coherent multi-channel sensing that fits within a single 6U VPX chassis slot. Each card consists of a Digital Signal Processing board outfitted with up to four “Plug-and-Play” Digital Tuner Modules (DTMs). DTMs come in Single-Channel 500 MHz IBW or Two-Channel 80 MHz IBW variants and can be mixed on a single card for up to eight coherent 80 MHZ channels (total IBW of 640 MHz), four coherent 500 MHz channels (total IBW of 2 GHz) or any combination in between.
Programmability: The card set includes two onboard Xilinx® Virtex-7™ FPGAs that control the Tuner Modules and implement equalization, resampling, and VITA 49 Digital IF. The FPGAs are sized for complex signal processing, including RADAR pulse processing, beamforming, detection, recognition, and spatial DF. An onboard Keystone-II chip provides additional signal processing with its quad-core ARM processors and octal-core DSP processors.
Configurability: SWITCHBLADE provides runtime configurable coherency modes for spatial processing and DF. The FPGA and DSP resources can be runtime configured to do other signal processing tasks simultaneously with the VITA 49 digital IF output, including greater than 1000 narrowband IQ streams, N-channel DF, beamforming, or wideband high-dynamic range ELINT.
RX MODULES (80 MHz, 500 MHz)
Tunability: 80 MHz Modules can be tuned over 100 MHz to 6 GHz. 500 MHz Modules are available in 100 MHz to 6 GHz, 100 MHz to 18 GHz, and 6 GHz to 18 GHz variants.
Scalability: Card sets can be combined for increased numbers of coherent channels and/or IBW.
Output Flexibility: SWITCHBLADE provides analog or digital IF outputs. Analog
IF outputs are over the front panel and digital IF (VITA 49) outputs are available over the VPX data and expansion planes. 80 MHz modules are sampled at 240 MSPS and 500 MHz modules are sampled at 1.4 GSPS at 14 bits. Digital IF can be decimated for lower sample rates as required. Data/expansion plane protocols are configurable for PCIe 3.0, 10GbE, Infiniband, SRIO, 40GbE and others. Analog IF is also available for legacy systems and can be set to 160MHz if desired.
One or more RF Transceiver cards can be used with the SWITCHBLADE 16×12 Non-Blocking Switch Matrix for seamless, flexible, low-latency aperture and tuning mode selection across the full matrix of combinations for 16 different apertures and 12 different tuner channels. The switch can be controlled by the transceiver and provides 16 inputs to 12 outputs switching from 1.5 MHz to 6 GHz with greater than 60 dB isolation (>70dB typical) in a compact, single-slot 6U VPX form factor.