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·         فروش انواع بوردهاي الکترونيکي و پردازشگرهاي صنعتي Strategic test و Avnet و Actel

ARM® Processors

Cortex™-M1:

The first ARM processor developed specifically for implementation in FPGAs. ARM Cortex-M1 is available without license fees or royalties for use in Actel M1-enabled FPGA families: IGLOO, ProASIC3, ProASIC3L, and Fusion devices.

CoreMP7:

The Actel CoreMP7 is a soft IP version of the ARM7TDMI-S™ that is optimized for use in Actel M7 ProASIC3 flash-based and Fusion mixed-signal FPGAs. CoreMP7 is available with no license fees or royalties—bringing ARM7 to the masses.

http://www.actel.com/images/common/dieShot_chip.gif8051 Cores

Core8051:

Core8051 is 8051 code compatible so designers can take advantage of existing code to shorten their design time. This free core is fast at one clock per instruction, and includes the standard 8051 peripherals.

Core8051s:

Core8051s is an implementation of the 8051 with an APB interface added to the SFR space. The free Core8051s executes one instruction per clock, is 8051 instruction compatible, and works with existing 8051 tools.

http://www.actel.com/images/common/dieShot_chip.gifSmall Soft Micro

CoreABC:

CoreABC is the smallest and first RTL-programmable soft micro available for FPGAs. The free controller can be implemented in as few as 241 tiles, and can be used in the smallest Actel devices.

http://www.actel.com/images/common/dieShot_chip.gifLEON3 Processor Core

LEON3:

LEON3 is a 32-bit processor based on the SPARC V8 architecture, which is optimized for use in Actel FPGAs. A fault-tolerant version of the LEON3 processor is available for system critical applications.

http://www.actel.com/images/common/dieShot_chip.gifOn-Chip Bus Interface

AMBA:

Actel supplies a full range of subsystem IP cores including: AMBA bus interfaces, memory controllers, timers, and others. The subsystem IP connects to the processor via the AMBA bus and is available for free in the Libero IDE Catalog and CoreConsole.

The ARM® Processor Designed for FPGAs

Developed by ARM in collaboration with Actel, the 32-bit ARM Cortex™-M1 processor is the first ARM processor designed for FPGA implementation. With a balance between size and speed, the free Cortex-M1 processor operates at up to 60 MHz and can be implemented in as few as 4,353 tiles. A streamlined three-stage pipeline solution, the Cortex-M1 processor runs a subset of the classic Thumb®-2 instruction set so existing Thumb code can be utilized without change. The configurable Cortex-M1 processor connects to the Advanced High Performance Bus (AHB), enabling designers to build their subsystem and easily add peripheral functionality. In addition to SmartDesign, CoreConsole, and SoftConsole from Actel and RealView® tools from ARM, third-party vendors offer supporting tools—from compilers and debuggers to RTOS solutions.

Cortex-M1

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  • Developed specifically for FPGA implementation
  • ARMv6-M instruction set architecture
  • Executes all Thumb code—can run ARM7 and ARM9 Thumb subroutines
  • 3-stage, 32-bit pipeline
  • Separate memory and AHB-Lite interfaces
  • Configurable nested vectored interrupt controller
  • Optional fast or small multiplier
  • Upward compatible with Cortex-M3
  • User-programmed into the FPGA
  • All Cortex-M1 I/Os and signals are accessible to the user
  • Optimized for Actel flash-based M1 devices
  • Available with no license fees or royalties
  • Embedded real-time debug and JTAG interface
  • Supported by a full range of development tools

Cortex-M1 Block Diagram

M1 Devices

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Cortex-M1 is available for use in M1 flash family devices, which have been made ARM-enabled for seamless use of the processor core. The devices are based on the Actel nonvolatile flash IGLOO (M1AGL), ProASIC3 (M1A3P/M1A3PE), ProASIC3L (M1A3PL), and Fusion (M1AFS) devices and have the following features.

Availability

M1 Devices

250

400

600

1000

E1500

E3000

M1 IGLOO

Yes

 

Yes

Yes

 

Yes

M1 ProASIC3

Yes

Yes

Yes

Yes

Yes

Yes

M1 ProASIC3L

 

 

Yes

Yes

 

Yes

M1 Fusion

Yes

 

Yes

 

Yes

 

Note: All v2.x releases of ARM Cortex-M1 on Actel M1 devices have one user-selectable configuration option—with or without debug. In addition, they are pre-configured with 0K ITCM, 0K DTCM, small multiplier, little-endian, no OS extensions, and one interrupt.

IGLOO (M1AGL)

Actel IGLOO Low Power FPGAThe M1 IGLOO devices are reprogrammable, full-featured flash FPGAs designed to meet the demanding power and area requirements of today's portable electronics. Featuring Flash*Freeze technology and with operating voltages of 1.2 V / 1.5 V, these devices offer the industry's lowest power consumption. M1 IGLOO devices give designers a flexible system construction platform for building portable products that offer maximum battery life. For more information, visit the IGLOO web page.

ProASIC3 (M1A3P/M1A3PE)

Actel ProASIC3 Low Cost, Low Power FPGAThe M1 ProASIC3 devices, which are based on the third generation of Actel flash FPGAs, provide a secure, low-power, live-at-power-up, single-chip solution. They are reprogrammable and offer fast time-to-market benefits at an ASIC-level unit cost. These features enable engineers to create high-performance, high-density system applications with Cortex-M1 using existing FPGA design flows and tools. For more information, visit the ProASIC3 web page.

ProASIC3L (M1A3PL)

Actel ProASIC3L Low Cost, Low Power FPGAThe M1 ProASIC3L devices, which are the based on the Actel ProASIC3 FPGAs, provide a low power, high performance, and low cost solution with mixed voltage core support. By incorporating the proven Flash*Freeze technology, instantaneous switching (within 1 µs) from an active to a static state can be achieved. And, designs will benefit from the 40% dynamic power savings with the 1.2 V core operation. For more information, visit the ProASIC3L web page.

Fusion (M1AFS)

Actel Fusion Mixed Signal FPGAActel Fusion® is the world's first mixed-signal FPGAs. Fusion integrates a 12-bit analog-to-digital converter, as many as 40 analog I/Os, up to 8 Mbits of flash memory, and FPGA fabric all in a single device. When used in conjunction with a soft processor such as Cortex-M1, Actel Fusion devices represent the definitive soft MCU platform. For more information, visit the Fusion web page.

Intellectual Property

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An important set of functional blocks required to use Cortex-M1 in applications are the subsystem peripherals. The following IP cores, just to name a few, are available for free in the Libero IDE Catalog and SmartDesign, and can be used with Cortex-M1.

Actel FPGA with Cortex-M1

For a complete list of IP cores for use with Cortex-M1 that are available in the Libero IDE Catalog and SmartDesign, visit the Actel IP cores web page. Actel also offers software drivers for these cores that ease the use of the cores for application developers, allowing them to focus on a core's function and not its internal operation. The Firmware Catalog includes all of the available drivers and is installed with Libero IDE or available as standalone.

Design Software

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Libero Integrated Design Environment (IDE)

Libero IDE FPGA Development Software

  • Actel comprehensive FPGA design and development software
  • Combines the latest design creation, physical implementation, and verification tools from leading EDA vendors

For more information, visit the Libero IDE web page.

SmartDesign
  • Graphical block system design creation tool
  • Create complete FPGA and SoC designs, including processors, DirectCores, standard library cores, user IP, and custom HDL
  • Automatically creates synthesis-ready HDL
  • Operates within Libero IDE
  • Learn more about SmartDesign
SoftConsole
  • Actel processor program development environment
  • Includes GNU C/C++ compiler, GDB debugger, simulator

For more information, visit the SoftConsole web page.

CoreConsole
  • Actel Intellectual Property Deployment Platform (IDP)
  • Includes a graphical interface and a block stitcher to simplify the assembly of IP cores for embedded applications in FPGAs
  • Operates independently or seamlessly with Libero IDE

For more information, visit the CoreConsole web page.

Design Hardware

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Actel FlashPro3 Programmer
  • Cortex-M1-enabled: IGLOO, ProASIC3, ProASIC3L, and Fusion devices, as well as standard versions of these devices, are supported with in-system programming (ISP).
  • Configuration data is supplied through a standard JTAG interface from a microprocessor, Silicon Sculptor 3, or FlashPro3.
M1-enabled IGLOO Starter Kit
  • Complete platform for the development of systems with the ARM Cortex-M1 in M1-enabled IGLOO FPGAs
  • Includes: board with an M1AGL600 device, Actel Libero IDE Gold, SmartDesign, SoftConsole, CoreConsole, and on-board FlashPro3 programmer
  • Enables low-power FPGA application development with the ARM Cortex-M1
M1-enabled ProASIC3L Development Kit
  • Complete prototyping and development environment
  • Includes: board with an M1A3P1000L device, Actel Libero IDE Gold, SmartDesign, SoftConsole, CoreConsole, and on-board FlashPro3 programmer
  • Enables application development with the ARM Cortex-M1 in Actel nonvolatile M1-enabled ProASIC3L devices, and supports ISP, device serialization, and FlashLock on-chip system security

 

Strategic test

Strategic Test was established in the UK during 1994. The company opened a subsidiary in Sweden in 1999 and decided to make this the head office during 2000. In 2004 we celebrated our 10th anniversary and the opening of our USA subsidiary, Strategic Test Corporation which is located in the Boston area.

We supply best-in-class PC instruments based on the standard PCI Express, PCI, PXI and CompactPCI formats. The UltraFast products are sold worldwide direct to the end-customer to ensure the best possible price (without agent mark-up's) and the highest quality of technical support.

Strategic Test is unique in providing lifetime support and free software updates for the UltraFast products to minimize cost of ownership.The software updates also include future operating system drivers i.e. Windows 7.

Long-term availability is critical for OEM's and all of the products are anticipated to be available for a minimum of 10 years.

In 2002, we created the Embedded Systems division (www.strategic-embedded.com) and are known within this market as a world-leading specialist supplier of low-power embedded single board computing based on the Marvell XScale PXA320, PXA270 and PXA255 processors:

The company remains privately held by the original owners and has enjoyed constant organic and profitable growth during the past 15 years.

We have two core product ranges:

  • UltraFast high-speed A/D, D/A and Digital I/O cards that are available in the PCI Express, PCI, PXI and CompactPCI industry standard formats
  • Development Kits and miniature embedded Systen-on-Modules (SOM) based on the Marvell PXA320 and PXA270, and the Freescale i.MX25, i.MX27 and i.MX37 processors. In this field our products are known for the lowest power consumption in their class and very competitive pricing.

In addition, we provide the following services:

  • Design to Manufacture of custom carrier board pcb's based around the embedded Marvell and Freescale System-on-Modules we supply

Our strengths:

  • highest standards of professionalism
  • technically competent
  • easy to do business with
  • dynamic, rapidly expanding
  • financially stable
  • offices in Europe/USA time zones

We hope that the information contained in this website is interesting, and that we may have the opportunity to serve you in the future.

 

Instruments

Strategic Test’s products can be categorized by function and by form factor. Each function is described as a specific instrument type, for example: Waveform Digitizers, Arbitrary Waveform Generators, high-speed Digital I/O and Digital Pattern Generators. Each of these instrument types is available in four different form factors PCI Express, PCI-X and PCI, PXI and CompactPCI that we will describe below.

http://www.strategic-test.com/var/ezwebin_site/storage/images/media/files/waveform-digitizers/1880-1-eng-US/Waveform-digitizers.jpg

PCI Express

PCI Express, usually abbreviated as PCI-E or PCIe, is a personal computer expansion card interface format introduced by Intel in 2004. It was designed to replace the general purpose PCI expansion bus, the high end PCI-X bus and the AGP graphics card interface. Unlike the PCI bus, PCIe is structured around full duplex point-to-point serial links called lanes.

http://www.strategic-test.com/var/ezwebin_site/storage/images/media/images/abitrary-waveform-generators/1916-1-eng-US/Abitrary-waveform-generators.jpg

PCI-X and PCI

The PCI-X bus was developed jointly by IBM, HP, and Compaq to supersede the PCI bus and submitted for approval in 1998. It was originally designed for servers, as Gigabit Ethernet, Fibre Channel and Ultra3 SCSI cards wereArbitrary Waveform generators too fast for the PCI bus.

High Speed Digital IO

 

Image

Part Number

Bits

Speed

Levels

UF2e-7010 125 MHz 16 bit Digital I/O PCI Express card

UF2e-7010

16 bit

125 MHz.

3.3V and 5V TTL

UF2e-7011 60 MHz 32 bit Digital I/O PCI Express card

UF2e-7011

32 bit

60 MHz.

3.3V and 5V TTL

UF2e-7020 125 MHz 32 bit Digital I/O PCI Express card

UF2e-7020

32 bit

125 MHz.

3.3V and 5V TTL

UF2e-7021 60 MHz 64 bit Digital I/O PCI Express card

UF2e-7021

64 bit

60 MHz.

3.3V and 5V TTL

UF2e-7005 125 MHz 16 bit Digital I/O PCI Express card

UF2e-7005

16 bit

125 MHz.

3.3V and 5V TTL

UF2-7010 125 MHz 16 bit Digital I/O, PCI

UF2-7010

16 bit

125 MHz.

3.3V and 5V TTL

UF2-7011 60 MHz 32 bit Digital I/O, PCI

UF2-7011

32 bit

60 MHz.

3.3V and 5V TTL

UF2-7020 125 MHz 32 bit Digital I/O, PCI

UF2-7020

32 bit

125 MHz.

3.3V and 5V TTL

UF2-7021 60 MHz 64 bit Digital I/O, PCI

UF2-7021

64 bit

60 MHz.

3.3V and 5V TTL

UF2-7005 125 MHz 16 bit Digital I/O, PCI

UF2-7005

16 bit

125 MHz.

3.3V and 5V TTL

 

 

 

 

Waveform Digitizers

 

Image

Part Number

Resolution

Speed

Channels

Bandwidth

. UF2e-2020 2 channels, 50 MS/s, 8 bit ADC Digitizer / Oscilloscope PCIe card

UF2e-2020

8 -bit

50 MS/s/ch.

2 SE

25

. UF2e-2021 4 channels, 50 MS/s, 8 bit ADC Digitizer / Oscilloscope card

UF2e-2021

8 -bit

50 MS/s/ch.

4 SE

25

. UF2e-2031 200 MS/s  8 bit ADC Digitizer / Oscilloscope card 4 channels

UF2e-2031

8 -bit

200 MS/s/ch.

4 SE

90

. UF2e-2030 2 channels, 100 MS/s, 8 bit ADC Digitizer / Oscilloscope card

UF2e-2030

8 -bit

100 MS/s/ch.

2 SE

90

. UF2e-3010 80 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3010

12 -bit

80 MS/s/ch.

1 SE

40

. UF2e-3020 100 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3020

12 -bit

100 MS/s/ch.

1 SE

40

. UF2e-3011 40 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3011

12 -bit

40 MS/s/ch.

2 SE

20

. UF2e-3021 50 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3021

12 -bit

50 MS/s/ch.

2 SE

25

. UF2e-3031 62.5 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3031

12 -bit

62 MS/s/ch.

2 SE

30

. UF2e-3015 160 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3015

12 -bit

160 MS/s/ch.

2 SE

40

. UF2e-3025 200 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3025

12 -bit

200 MS/s/ch.

2 SE

40

. UF2e-3026 200 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3026

12 -bit

200 MS/s/ch.

4 SE

40

. UF2e-3013 40 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3013

12 -bit

40 MS/s/ch.

4 SE

20

. UF2e-3023 50 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3023

12 -bit

50 MS/s/ch.

4 SE

25

. UF2e-3033 62.5 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3033

12 -bit

62 MS/s/ch.

4 SE

30

. UF2e-3012 80 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3012

12 -bit

80 MS/s/ch.

2 SE

40

. UF2e-3014 80 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3014

12 -bit

80 MS/s/ch.

4 SE

40

. UF2e-3022 100 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3022

12 -bit

100 MS/s/ch.

2 SE

40

. UF2e-3024 100 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3024

12 -bit

100 MS/s/ch.

4 SE

40

. UF2e-3027 100 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3027

12 -bit

100 MS/s/ch.

2 SE

40

. UF2e-3130 25 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3130

12 -bit

25 MS/s/ch.

2 SE

12.5

. UF2e-3016 160 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3016

12 -bit

160 MS/s/ch.

4 SE

40

. UF2e-3131 25 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3131

12 -bit

25 MS/s/ch.

4 SE

12.5

. UF2e-3132 25 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3132

12 -bit

25 MS/s/ch.

8 SE

12.5

. UF2e-3122 10 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3122

12 -bit

10 MS/s/ch.

8 SE

5

. UF2e-3122 10 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3121

12 -bit

10 MS/s/ch.

4 SE

5

. UF2e-3120 10 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3120

12 -bit

10 MS/s/ch.

2 SE

5

. UF2e-3112 1 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3112

12 -bit

1 MS/s/ch.

8 SE

0.5

. UF2e-3111 1 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3111

12 -bit

1 MS/s/ch.

4 SE

0.5

. UF2e-3110 1 MS/s, 12 bit ADC Digitizer / Oscilloscope card

UF2e-3110

12 -bit

1 MS/s/ch.

2 SE

0.5

. UF2e-4032 50 MS/s, 14 bit ADC Digitizer / Oscilloscope card

UF2e-4032

14 -bit

50 MS/s/ch.

4 SE

25

. UF2e-4031 50 MS/s, 14 bit ADC Digitizer / Oscilloscope card

UF2e-4031

14 -bit

50 MS/s/ch.

2 SE

25

. UF2e-4030 50 MS/s, 14 bit ADC Digitizer / Oscilloscope card

UF2e-4030

14 -bit

50 MS/s/ch.

1 SE

25

. UF2e-4022 20 MS/s, 14 bit ADC Digitizer / Oscilloscope card

UF2e-4022

14 -bit

20 MS/s/ch.

4 SE

10

 

 

 

Avnet

 

 50 Years of Making History   Cover, Introduction, & Index  http://aux.avnet.com/images/spacer.gif

Taking Technology To Market For 50 Years -- Happy 50th anniversary! Documenting the breadth and span of our corporate history, this book celebrates a proud heritage started by one family that has touched all parts of the modern age of technology. We hope you enjoy reading this book as much as we enjoyed putting it together for you.

http://aux.avnet.com/avnet_com_assets/press_room/museum/chapter_0.jpg

 

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