Category: Programmable Logic page# 1

Programmable Logic, PLD, CPLD, FPGA, ASIC, PSoC

Entries summary:

Tensilica adds Trace Capability to Diamond Standard and Xtensa Processor Cores

By Tracie, at Wednesday, December 12th, 2007, in Microcontroller, Microprocessor, Programmable Logic

Difficult debugging problems are sometimes caused by subtle interactions between subsystems and other timing consideration in hard real-time systems. State-of-the-art processor trace tools can ease system integration, solidify product schedules and accelerate revenues..

 

Actel Introduced IGLOO FPGA Solutions for LCD Control Applications

By Tracie, at Wednesday, December 12th, 2007, in Display, Programmable Logic

As we address LCD display control within portable applications, a low-power, reprogrammable solution is required to adapt to evolving standards and technologies and deliver the desired power consumption, footprint, and time to market. Offering 200x less static power and more than 10x the battery life than competitive programmable logic offerings, IGLOO dominates when power matters. -  Fares Mubarak,  Actel Corporation. With a continued focus on delivering low-power solutions for emerging and high-growth portable applications, Actel Corporation announced for introduses the availability of flexible solutions for liquid crystal display (LCD) control applications. The new IGLOO Video Demo Board, LCD adaptor boards with LCD panels, the IGLOO Video Demo Kit (IVDK) and display-related reference blocks leverage the company's industry-leading 5 microwatt (µW) Actel IGLOO field-programmable gate arrays (FPGAs)...

 

OneSpin announced Stand-Alone 360 EC-FPGA Equivalence Checker

By Tracie, at Wednesday, December 12th, 2007, in Electronic Design Automation, EDA, Programmable Logic

The design of complex, highly optimized FPGAs mandates the use of equivalence checking, and designers want an FPGA-specific solution that does not compromise optimizations. We built the 360 EC-FPGA as a stand-alone, tailor-made solution to satisfy that need. Our customers tell us it fits easily into their established FPGA flows and ensures the quality of their designs. Its technological advantages and attractive pricing will help OneSpin capture the lead in this emerging market segment...

 

Lattice supports QDR (Quad Data Rate) II/II+ Memory Devices

By Tracie, at Thursday, December 13th, 2007, in Memory, Programmable Logic

The Quad Data Rate II+ memory devices are the latest members of the QDR SRAM memory family and allow data rates above 250 MHz. These new SRAMs are ideal for high-bandwidth, low latency applications. The read and write ports run independently and allow designers to maximize bandwidth without having to worry about the bus contention issues that are typical with other memory devices. The high bandwidth and low latency characteristics of the QDR II+ memories make them ideal for high-bandwidth applications Lattice Semiconductor Corporation (NASDAQ: LSCC) announced industry-leading FPGA-based support for Quad Data Rate (QDR) II/II+ memory devices...

 

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