Company Information

 
USA
ZoTech LLC, 803 Bowie Rd, Rockville MD, 20852 

 

Japan
Tokyo   ZoTech KK 1-25-34-302, Takadanobaba, Shinjuku-ku, Tokyo 169-0075 , fax: +81-3-5285-8835
ゾウテック株式会社
〒169-0075東京都新宿区高田馬場1-25-34新宿YTビル302 
 
Contact email: sales@zotechgroup.com
 

Message from CEO

Thank you for visiting ZoTech’s webpage. I am Igor Kostarnov, CEO of ZoTech LLC and ZoTech KK. I have been working on FPGA architecture, tools and applications since 1994 at Hewlett-Packard Laboratories, Altera, ST Micro and Xilinx.
In 2014 we started ZoTech LLC, the company that helps customers program FPGAs using High Level Synthesis (HLS)  from C, C++, SystemC and OpenCL. Our engineers are able to achieve the same quality of result with HLS as can be achieved with traditional RTL design in Verilog or VHDL.
 For high level synthesis, we use both commercial tools such Vivado HLS and an open source HLS compiler ROCCC from UC Riverside.
 
Please, don’t hesitate contacting us if you have any question, requests or suggestions.
 

What We Doproducts

We develop and implement FPGA applications using High Level Synthesis (C/C++) and modern FPGA programming tools. Our designs run at maximum efficiency with performance that matches Verilog or VHDL designs.

 

How We Can Helppartners

We provide design services, training, and development and integration of custom libraries depending on what is required. Our typical design flow starts from a behavioral model, then we work through the process of creating a robust testbench environment, then implement an optimized design that runs at the maximum speed allowed by the underlying FPGA technology.

 

Working Together

unitext

We are passionate about working together with the forefront of the academic research community as well as R&D from several industry leading companies. We also have strong relationships with distributors and field representatives in many locations around the globe. Our focus is on developing new approaches to building dedicated computation engines and introducing new programming methodologies for FPGAs or other similar types of hardware devices. By combining strong fundamental digital hardware design skills with the latest advances in FPGA programming techniques, we are able to move into new areas of design complexity without sacrificing raw performance. We can work hands-on with your team to incorporate High Level Synthesis techniques into your design flow and help you achieve the next level of performance.