Beyond Electronics Employee Directory

Beyond Electronics Corporation is a professional electronics and software supplier in three key markets: Defense, Aerospace and Industrial Electronics. The company is an employee owned small business incorporated in North Carolina. Beyond Electronics provides innovative upgrade solutions to legacy systems as well as rugged products for a variety of... new deployments. The companys products are optimized for a wide variety of applications in military, aerospace, communications and industrial markets and are in active use by customers worldwide. Quality and Innovation are the keys to Beyond Electronics successful designs. The company is dedicated to providing the right level of technology to meet project needs. Innovative ideas are used to produce exceptional results while keeping the products cost-effective. For a summary of corporate facts, please see the Corporate Fact Sheet. The product portfolio includes an array of solutions including: ruggedized, embedded data acquisition and control computers, high performance compute platforms, isolated or heavily protected I/O and embedded, real-time software. All ruggedized products are designed for wide temperature operation, typically 40 to +85 C and for high shock and vibration tolerance. We use up to date tools to enable efficient and accurate design. Current design tools include: Mentor DxDesigner, Solidworks, Cadence, Quartus, PADS and many others. Current designs use BGAs in excess of 1000 pins, PCB designs exceeding 16 layers, blind, buried and micro-VIAs, integrated thermal management and controlled impedance. Beyond Electronics uses two different tool flows to meet customer requirements. For most designs, Mentor Graphics DxDesigner and PADs tool flow are utilized. These tools provide a feature rich environment that includes nearly all critical components to constrain designs and still allow efficient completion. When required, Cadence Allegro is also offered. These tools provide a higher end set of integrated functions, but generally increase design cost to ...Read More