Product category:
Design and Development Software
News Release from: Altium | Subject: Altium Designer
Edited by the Electronicstalk Editorial
Team on 14 September 2005
Design suite extends to low-cost Lattice
FPGAs
Altium is supporting Lattice Semiconductor's LatticeEC and LatticeECP FPGA devices as part of its recently released Service Pack 4 (SP4) for Altium Designer.
Altium is supporting Lattice Semiconductor's LatticeEC and LatticeECP FPGA devices as part of its recently released Service Pack 4 (SP4) for Altium Designer, the industry's first unified application to incorporate all the technologies necessary for complete electronic product development within a single application This support enables designers to take advantage of Altium's Designer's unified and integrated electronic product development capabilities to target the latest generation of FPGAs from Lattice for low-cost system applications
This article was originally published on Electronicstalk on 16 May 2005 at 8.00am (UK)
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Software unifies electronic product development
Altium has unified its recently released DXP 2004-based products under the Altium Designer name.
Service pack upgrades design software
Available as a free download to existing licensed Altium Designer Nexar, Protel, CircuitStudio and CAMtastic customers, SP4 includes over 100 new features and enhancements.
The addition of LatticeEC/ECP devices extends the range of device vendors supported by the Altium Designer system.
Altium Designer's device- and vendor-independent environment allows developers to easily retarget FPGA-based designs to any supported device and delay final device selection until much later in the design process than was otherwise possible, making it a truly vendor independent design solution.
The Lattice devices join the wide array of Altera, Xilinx and Actel FPGAs and CPLDs already supported by Altium, strengthening the company's FPGA vendor-independent position.
Further reading
ESL by any other name
The latest hot topic in the chip design world recently has been electronic system level design, says Rob Irwin, Product Marketing Manager at Altium.
Suite caters for denser boards and faster signals
Altium Designer 6.0 is the latest version of the groundbreaking unified electronic product development system.
Design software is made for integration
Altium Designer 6.0 includes new and upgraded data management capabilities designed to make it significantly easier to integrate with company parts and document control systems.
Altium's support for LatticeEC/ECP devices also enhances the ability of engineers to develop an extensive range of devices using the same programmable design platform.
"To stimulate the use of programmable devices in mainstream design applications, engineers must be armed with a device- and FPGA vendor-independent design solution", said Nick Martin, founder and CEO, Altium.
"Altium Designer is this solution, and now with the addition of support for Lattice FPGA devices, we are providing greater choice and enhancing the design versatility for our customers".
Tim Schnettler, Director of Design Tools Marketing for Lattice Semiconductor commented: "Our LatticeEC and LatticeECP architectures provide an extremely economical solution for system development and offer high performance at low cost".
"Partnering these devices with the Altium Designer system gives engineers a powerful and efficient platform for FPGA-based, system-level design".
"We are very pleased that Altium has moved quickly to bring LatticeEC/ECP device support to its products".
In addition to the Lattice device support within Altium Designer, a range of LatticeEC/ECP-equipped daughterboards which plug into Altium's FPGA-based development platform, the NanoBoard-NB1, will be available later in the year allowing a full interactive system development with LatticeEC/ECP devices.
The first of the upcoming LatticeEC/ECP daughterboards will incorporate a LFEC20E-4F484C FPGA.
This device includes 424Kbit of embedded RAM, 19.2K LUTs, four phase-locked loops (PLLs), support for DDR memory, and a range of I/O standards.
In addition, the daughterboard includes 16M x 32bit of SDRAM sharing address and databuses with 256K x 32bit of SRAM, as well as two independent 256K x 16bit SRAMs that can be configured in a variety of ways in the FPGA.
The new daughterboard will plug into Altium's NanoBoard-NB1, which interfaces to Altium Designer and allows the interactive development of complete embedded systems, including processor-based designs, on an FPGA platform.
Altium Designer's interactive development methodology, called LiveDesign, enables real-time communication with active devices in the circuit, such as processor cores and virtual instruments, that are running inside the target FPGA.
The NanoBoard and target daughterboards act as a nano-level breadboard that allows "live" development and interactive debugging of both hardware and software without the need for simulation at system level.
With the release of Service Pack 4, announced in June 2005, Altium provides full design support for the LatticeEC/ECP FPGA device family in its Altium Designer system.
The FPGA-based components supplied with Altium Designer, including its range of processor cores and peripheral devices, have been presynthesised and preverified to support all target devices, including LatticeEC/ECP FPGAs.
LatticeEC/ECP device support is available immediately as part of SP4 for Altium Designer.
SP4 is available free to all Altium customers with an Altium Designer 2004 licence.
Altium's LatticeEC/ECP daughterboard will be available later this year.
Altium's NanoBoard-NB1 is priced at US $995 and is currently delivered with two daughterboards, including Altera's Cyclone and Xilinx's Spartan-IIE.
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