Syntronix: Long-term cooperation based on professionalism and trust.
“Outstanding performance, quality and reasonable price of DCD IP cores satisfy our needs to meet the time-to-market, lower the development cost and enhance the competitive strength of our products.”
Jen-Sheng Hwang
President, Syntronix Corporation
The Challenges
1. Optimal solution for low-cost chip production
IP Solutions
The DQ8051 is an ultra high performance, speed optimized soft core of a single-chip 8-bit embedded controller, designed to operate with fast (typically on-chip) and slow (off-chip)...
Size (gates) 9900
Code space 64kB
CPU 29,01
DMIPS 0,27297
Instructions compatibility 8051
The DUSB2 is hardware implementation of full/high-speed peripheral controller that interfaces to the UTMI bus transceiver. The IP Core contains...
+ Interfaces to the UTMI bus
+ Contains the USB PID
+ Supports FS and HS
DoCD
Benefits
The dedicated combination of 8051 IP core, DUSB2 controller and DoCDTM debugging system, developed by DCD’s specialists, provided Syntronix with optimal solution for FULL SPEED/HIGH SPEED USB2.0, which combined with DSEI serializer, can be used for low-cost chip production.
Syntronix Corporation
Syntronix Corporation was founded in 2001 as a dedicated IC and system level development company. Since 2010, it has focused on designing, developing and trading in MCU and Wireless SoC products, which finally are used in Home Appliance, Power Management and Systems & Machine Control devices. In wireless product development, Syntronix develops and integrates Radio Frequency circuits, CPU and peripheral components on a single SoC. These products are widely adopted in PC, Game Console & Audio/ Visual Equipment.
The successful cooperation between Syntronix and DCD lasts for ten years now. During that time, our company has proved to be a trustworthy partner, always providing best solutions to meet Syntronix’s requirements. Right now, we are pleased to say, that we are eagerly anticipating the new product, in which – yet again – we had our contribution.