Benchmark is a true partner to space system innovators, balancing innovative technology with decades of experience building to stringent standards and certifications. Space applications, like low earth orbit (LEO) satellites, demand high-performance electronics, free space optics, photonics and RF systems that perform under extreme temperature, weight, radiation, and pressure constraints. Benchmark provides technology solutions, engineering services, advanced manufacturing and test services that overcome space challenges while meeting a wide range of certification requirements.
From ultra high-density interconnect circuits that optimize size, weight, power, and cost (SWaP-C) to hybrid SMT and bare-die assemblies that meet the most stringent reliability standards, Benchmark is the partner of choice for commercial space telecommunications applications. Our teams help customers with telecommunication products and payloads that need to be launched and exist in space as well as the base stations, transmitters, and infrastructure products they communicate and Interact with. We can help you design and manufacture the optimal systems and solutions.
Benchmark works with our customers to help them determine how to balance costs with the right quality and reliability for RF / high speed digital electronic systems and components. Whether you are considering high performance materials and specialized processes or commercial off the shelf (COTS) products, we can help you address the real challenges of putting a satellite in space, beyond the physics of getting it there.
Benchmark understands the complexity of next generation telecommunications equipment and solutions. If you are looking for a partner that understands the complexities of RF systems that need to perform under extreme conditions (temperature, vibration, radiation, and pressure), optical networking, free space optics, or photonics, Benchmark is here to help.
There are thousands of variations of the component based on the needs of the customer, the purpose of the system, and the environment in which it will be performing.
Optimizing size, weight, and power (SWaP) is the latest technology in electronics manufacturing.
Whether you’re bringing a product to market in an ideal environment or amid a global pandemic, supply chain management is critical in getting ahead of your competition.
Different companies and industries may have varying definitions of Design for Excellence (DFX), but in general, it is planning for an optimum production performance during the product development cycle.