Annapolis’ SOSA-aligned WILD100 EcoSystem, with plug-n-play COTS boards, has the densest FPGA processing and highest bandwidth available in the industry. This allows customers to digitize, process, and record much more data than ever before. These features turn the previously impossible into reality in Signal Processing, Software-Defined Radio, RADAR, SIGINT/ELINT, Beamforming, and Commercial applications.
Annapolis integrates the newest and highest-performing technology. The high-density WILD FMC+ RFSoC Cards utilize the powerful and flexible Xilinx RFSoC.
Annapolis prides itself on providing unequaled customer service and support with our training sessions and technical support to ensure that you achieve your technical and programmatic goals. Whether it is working with you to architect the ideal system using our standard COTS products, customizing our products to suit your particular needs, or providing post-sales expert customer support, we are with you every step of the way.
WILD100 15-Slot 3U OpenVPX Backplane (W13C30) is a 100Gb Ethernet-enabled 3U Backplane that incorporates slots for up to eight conduction-cooled 3U VPX Payload Boards, two 100GbE Switches, one SBC, one Radial Clock, and three VITA 62 power supplies. It is VITA 65 compliant, SOSA-aligned, and designed and built in USA. Its sister Chassis is WC31F0.
The WILD100 15-Slot 3U OpenVPX SOSA-Aligned Chassis (WC31F0) is a 100Gb Ethernet-enabled COTS benchtop 3U VPX Chassis, Backplane, and Chassis Manager. It is a more capable version of the WILD100 7-Slot 3U OpenVPX Chassis (WC3170). It is VITA 65 compliant, SOSA-aligned, and designed and built in USA.
The WILD Clock Module (WABEC1) is a VITA 65-compatible and SOSA-aligned Clock Module that plugs directly into a backplane. It has a passive SCLK distribution up to 250 MHz, and very low skew and phase noise.
Time to market is crucial for commercial applications. Annapolis Micro Systems COTS Commercial Solutions minimize time to market, risk, and system cost. Annapolis provides high-performance FPGA boards and systems that have high bandwidth, low latency, and are easy and efficient to design. These products are engineered to allow for high-speed data acquisition, processing, and storage, […]
When a COTS solution isn’t available, Annapolis Micro Systems helps businesses, OEMs and government agencies develop breakthrough solutions and platforms to meet unique program objectives and requirements. We are dedicated to helping your team from start to finish to create the most efficient and cost-effective solution for your toughest deployments. We reduce project risk by […]
Synthetic Aperture Radar (SAR) is a process used to create images of objects and landscapes, typically from a moving airborne platform. By covering a large aerial distance a SAR device is able to produce a large synthetic antenna aperture and produce high resolution images with relatively small physical antennas. A typical SAR block diagram is […]
