Designing custom hardware for your application is difficult. We can help.
Accelerated Tech brings our expert knowledge to help you solve your low-level systems engineering challenges.
hardware design,
application connection,
and software development
Services
Custom hardware implementation
Whether you want the speed of custom RTL, or whether you're looking to harness the adaptability of high-level synthesis, we can use the power of FPGAs to accelerate your applications.
Design space exploration
We help you determine the best way to get the best results for your application, whether that be on a cluster of CPUs, on GPU hardware, or with a custom FPGA-based design.
System implementation
If you need more than just a computational accelerator, we can help. We can build an entire system, including a full software stack based on Ubuntu, Android, or Yocto.
Research engagements
Your team is exploring the limits of what's possible, and is building something new and exciting. We can work with you to make your efforts a success.
Technologies
RISC-V
RISC-V is an open-standards processor architecture, scaling all the way from small microcontroller implementations to full-fledged Linux systems. We can integrate an existing RISC-V core into your design, or extend one to meet your needs.
Digital imaging systems
Cameras are complex system that have challenges on many different layers. We can assist with specifying camera modules, designing digital logic on an FPGA to interface with your camera (including MIPI CSI protocol implementation details, as well as image signal processing), and building the software on your SoC to capture and process video.
Bluespec SystemVerilog
Bluespec SystemVerilog is a way to improve design productivity for low-level RTL design. BSV provides modern typed-language semantic and syntactical improvements over Verilog, while still generating easily readable and debuggable RTL, allowing us to help you build your design even sooner.
High-level synthesis
High-level synthesis, or HLS, is a tool that allows for quick iteration on a design. We can build a framework to let your algorithm to run at its fastest, while still giving you the ease-of-maintainability of specifying it in C++.
PCIe and NVMe
PCI-Express (and NVMe flash devices attached that way) are an increasingly popular way to get information in and out of an FPGA, especially for "big data" applications. Our experience with these standards can connect your application to external devices with ease.
Open platforms
Linux, and other open platforms, allow for your application to come together faster than ever before. We have years of Linux kernel development experience for your application. We understand the dynamics of open-source communities, and can work with you to build a healthy ecosystem for your open project.
Who is Accelerated Tech?
Jamey and Joshua combine hardware and software skills to build accelerated solutions to your problems. They have a track record of success at organizations including NVIDIA, HP Labs, and Quanta Research, and are prepared to work with you on your challenges of any scale.