Nu Horizons Electronics - Portal April 2009

Featured Products

Focus on Microcontrollers / Microprocessors

AVR XMEGA Atmel® introduces the XMEGA™ – a brand new AVR® microcontroller. With the same acclaimed characteristics as the established AVR devices, the XMEGA operates from just 1.6 volt with up to 32 MIPS at 32 MHz.

In This Issue:

April 2009

Microcontroller

AVR XMEGA 8/16-bit High Performance Low Power Flash Microcontrollers Atmel® introduces the XMEGA™ – a brand new AVR® microcontroller. With the same acclaimed characteristics as the established AVR devices, the XMEGA operates from just 1.6 volt with up to 32 MIPS at 32 MHz. Time critical real-time and interrupt driven applications become safer, more responsive, and predictable with XMEGA. AVR XMEGA features a CPU independent Event System, DMA controller, and Multilevel Interrupt Controller. With multiple time bases, extreme communication bandwidth and special features like Cryptography support, XMEGA is number one for demanding 8- and 16-bit embedded applications. At the same time XMEGA’s 2nd generation picoPower™ technology with only 100 nA sleep current is the best choice for battery operated and energy critical applications. AVR XMEGA microcontrollers are the perfect solution for a wide range of applications.

Features      

Applications

Innovative Event System for fast, CPU independent inter-peripheral communication 4-channel DMA Controller boosts MCU performance 100% predictable timing High-speed 12-bit ADC (2Msps) and DAC (1Msps) Fast AES and DES crypto engine 2nd generation of picoPower technology

       

Industrial control Climate control Hand-held battery Factory automation ZigBee® Power tools Sensors Motor control

       

HVAC Wireless encryption Networking Metering Optical transceivers Medical applications Alarm systems White goods

Benefits  Event System - Like a reflex in the human body, the innovative XMEGA Event System enables inter-peripheral communication without CPU or DMA usage. This ensures 100% predictable and short response time. Up to 8 simultaneous events or interrupt conditions in the peripherals can automatically start actions in other peripherals.  Real 12-bit ADC and DAC - For high analog accuracy the XMEGA features high-speed 12-bit analog peripherals. Capable of up to 2 Msps, XMEGA’s ADCs deliver the fastest sample rate and most accurate result compared to conventional MCUs. Since XMEGA also features two 12bit digital-to-analog converters (DAC) with up to 1 Msps and four advanced analog comparators, XMEGA microcontrollers have leading analog integration.  DMA Controller - A 4-channel DMA Controller enables fast, CPU independent data transfer that significantly boosts performance. The DMA Controller in XMEGA handles transfers between all combinations of data memories and peripherals. The AVR CPU register file and multiple bus layers ensures that the data bus is always accessible for the XMEGA DMA Controller.  Programmable Multilevel Interrupt Controller - All peripherals have software selectable interrupt levels and different interrupt vectors. Important interrupts are executed immediately and tasks are prioritized with minimum latency.  Second Generation picoPower - Atmel’s picoPower technology have proven to be the industry leader in low power designs. With the 2nd generation picoPower technology, XMEGA MCUs run a Real-Time Counter, Watchdog Timer and Brown-out Detector with only 2 ìA current consumption. The XMEGA also incorporates true 1.6 volt operation and elements like dynamic clock switching, and frequency scaling for optimal power management.

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128

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8

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78

8

24

Y

4

4

8

2x8 2x2

4

Y

TQFP100, BGA100

ATxmega192A1

F

192

8

2

4

4

8

Y

78

8

24

Y

4

4

8

2x8 2x2

4

Y

TQFP100, BGA100

ATxmega256A1

F

256

8

4

16

4

8

Y

78

8

24

Y

4

4

8

2x8 2x2

4

Y

TQFP100, BGA100

ATxmega384A1

F

384

8

4

32

4

8

Y

78

8

24

Y

4

4

8

2x8 2x2

4

Y

TQFP100, BGA100

ATxmega64A3

F

64

4

2

4

4

8

Y

50

7

22

Y

4

2

7

2x8 1x2

4

Y

TQFP64, QFN/MLF64

ATxmega128A3

F

128

8

2

8

4

8

Y

50

7

22

Y

4

2

7

2x8 1x2

4

Y

TQFP64, QFN/MLF64

ATxmega192A3

F

192

8

4

16

4

8

Y

50

7

22

Y

4

2

7

2x8 1x2

4

Y

TQFP64, QFN/MLF64

ATxmega256A3

F

256

8

4

16

4

8

Y

50

7

22

Y

4

2

7

2x8 1x2

4

Y

TQFP64, QFN/MLF64

ATxmega16A4

F

16

4

1

2

4

8

Y

36

5

16

Y

2

2

5

1x12 1x2

2

Y

TQFP44, QFN/MLF44

ATxmega32A4

F

32

4

2

4

4

8

Y

36

5

16

Y

2

2

5

1x12 1x2

2

Y

TQFP44, QFN/MLF44

ATxmega64A4

F

64

4

2

4

4

8

Y

36

5

16

Y

2

2

5

1x12 1x2

2

Y

TQFP44, QFN/MLF44

ATxmega128A4

F

128

8

2

8

4

8

Y

36

5

16

Y

2

2

5

1x12 1x2

2

Y

TQFP44, QFN/MLF44

2 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal

User interfaces are the critical factor in making electronic products appealing to consumers. Atmel’s latest innovations in Touch Technology help you produce very desirable products that stand out from the crowd. In addition to its robustness and reliability in realworld environments, Atmel’s patented charge-transfer touch sense technology offers exceptional design flexibility that enables design engineers to develop lower cost products with outstanding consumer appeal.

Features

Benefits

Qtouch

 Signal processing algorithms that eliminate false triggering due to momentary unintentional touch, proximity or electrical disturbances.

 For 1 to 10 buttons  Simple key shapes  Easy to wire QMatrix  Up to 64 keys  Water resistant  High temperature QSlide / QWheel

 The ability to create keys of different shapes and sizes to suit the design of individual products and make them easier to use  A choice of ‘touch’ or ‘proximity’ operation. Proximity operation enables devices to magically ‘wake-up when a hand approaches  Inherent techniques that minimize power and energy consumption to extend battery life between re-charges in portable devices

 3 channels

 Automatic drift compensation to account for slow changes due to aging or fast changes due to the environment. No need for user re-calibration and no need to calibrate on the production line

Touch Library

 Simple, elegant implementation that needs few other electronic components

 Linear touch  Rotary touch

 Free software library  Available as library files. Source code is not available

 Adds touch capabilities to AVR devices  Uses PORTB and PORTD for up to 8 touch channels  Any combination of buttons, wheels and sliders possible

 Adjacent Key Suppression (AKS™) that eliminates false triggering of nearby keys when touch keys are close together  Low cost — often less than the cost of the mechanical devices that Atmel’s touch controllers replace

 Precompiled linkable libraries for selected AVR devices

Applications

 ATmega88, ATmega88PA, ATmega168P, ATmega328P, ATtiny88

 Industrial Controls  Handheld controls  Medical  Thermostat  Control Panels  White Goods  ANY DEVICE that has a mechanical switch

 More devices to be supported in near future  First update scheduled for march 2009  Updates can be downloaded from Touch Library website

Microcontroller

Atmel Touch Technology – Ditch the Switch Get in touch with your senses

Limited Time Offer (while supplies last) We are pleased to offer a 50% discount on the Atmel Touch Technology products. There are many to choose from. Visit us at www.nuhorizons.com/touch to purchase yours online. Use discount code: ATMDTS409

3

The Kirkwood Series of embedded processors are based on the Marvell proprietary, ARMv5TE-compliant, high-speed Sheeva™ CPU core. Developed for network connected consumer electronic equipment, the Kirkwood processors provide performance, flexibility, interfaces, and price points that fit the needs of the digital economy. The innovative, on-chip crossbar architecture with any-to-any connectivity enables concurrent transactions among multiple units that results in high system throughput allowing system designers to create high-performance scalable systems. The tightly integrated CPU and memory controller significantly improves application performance.

Features                

Applications

High-performance CPU with 600MHz, 800 MHz, 1.0 GHz, 1.2 GHz and 1.5 GHz operating speeds 16KB-Instruction and 16KB-Data 4-way, set-associative L1 cache 256KB unified 4-way, set-associative L2 cache 16-bit DDR2 memory interface (up to 800 MHz data rate) One or two Gigabit Ethernet MACs with interface options Supports IEEE 1588 Precise Timing Protocol and Audio Video Bridging Single PCI-Express port Single USB 2.0 port with integrated PHY Support for up to two SATA 2.0 ports with integrated PHYs Network security engine with support for encryption and authentication algorithms Support for Audio and MPEG Transport Stream Interfaces Support for SDIO, NAND flash, SPI, TWSI, and Two UART interfaces Support for up to two TDM Channels Low cost and full featured development tools available Linux 2.6.22.xx, VxWorks, FreeBSD support packages available Multiple compilers and dubuggers supported

Home Gateways / Access points Set-top boxes / IPTV / Media Server / AV Clients Network Attached Storage Ethernet Switch Control / VPN Routers Security Appliances Wireless Energy Meter Readers / Industrial Control Plug computers

P/N

Freq.

L1 Cache

L2 Cache

Memory Controller

Flash

GE

PCIe

USB2.0 w/PHY

SATA2.0 w/PHY

UART

AV Interfaces

Package Size

Process

88F6281

1.0 GHz 1.2 GHz 1.5 GHz

16 kB-I 16 kB-D

256 kBunified

16-bit DDR2-800

NAND/ SPI/SDIO

2

One PCIe (x1)

1

2

2

I2S/SP DIF MPEG-TS

19x19 mm 288HSBGA 1.0 mm Pitch

65 nm

88F6192

800 MHz

16 kB-I 16 kB-D

256 kBunified

16-bit DDR2-400

NAND/ SPI/SDIO

2

One PCIe (x1)

1

2

2

I2S/SP DIF MPEG-TS

24x24 mm 216-LQFP 0.4 mm Pitch

65 nm

88F6190

600 MHz

16 kB-I 16 kB-D

256 kBunified

16-bit DDR2-400

NAND/ SPI/SDIO

1

One PCIe (x1)

1

1

2

I2S/SP DIF MPEG-TS

24x24 mm 216-LQFP 0.4 mm Pitch

65 nm

88F6180

600 MHz 800 MHz

16 kB-I 16 kB-D

256 kBunified

16-bit DDR2-400

SPI/SDIO

1

One PCIe (x1)

1

NA

2

I2S/SP DIF

13x13 mm 225-LFBGA 0.8 mm Pitch

65 nm

GbE

PHY

Network

16-bit DDR2

Printer

Sheeva™ CPU Core Single Issue 16KB-I, 16KB-D 800MHz

USB

TWSI

On-Board Memory

Serial Devs/SPD

256KB L2

PCIe 802.11n wireless

NAND High-speed CPU for Digital Home Platforms

SDIO

E-SATA

I2S/SPDIF

SATA

88F6192

2GB

Port Multiplier

Marvell 88F6192— Typical System Implementation Ethernet

4

      

SPI

NAND FLASH

SPI

Software

Common SDK (Linux, VxWorks, NetBSD, Uboot)

Microproces s or

88F6xxx SoCs with Sheeva Technology Marvell Kirkwood Series of Embedded Processors

Marvell Discovery Innovation Series of Embedded Processors Discovery Innovation Series products are based on the Marvell proprietary, ARMv5TE-compliant, high-performance Sheeva™ CPU core. They are perfect for applications that require enterprise class performance at low power. The innovative, on-chip crossbar architecture with any-to-any connectivity enables concurrent transactions among multiple units that results in high system throughput allowing system designers to create high-performance scalable systems. The tightly integrated CPU and memory controller significantly improves application performance.

Features

Applications

High-performance dual-issue CPU with Vector Floating Point (VFP) support 600 MHz, 800 MHz, 1 GHz and 1.2 GHz operating speeds 32KB-Instruction and 32KB-Data 4-way, set-associative L1 cache per core 512KB unified 8-way, set-associative L2 cache per core 40/72-bit high bandwidth DDR2 memory interface (up to 800 MHz data rate) with ECC Two or four Gigabit Ethernet MACs with interface options Two PCI-Express ports each configurable as single x4 or quad x1 Three USB 2.0 ports with integrated PHYs One or two SATA 2.0 ports with integrated PHYs Network security engine with support for encryption and authentication algorithms Common SDK (Linux, VxWorks, NetBSD, Uboot)

 Control Plan Applications for Ethernet Switches / Routers  SMB Gateways / Base Stations  Enterprise / Professional Storage  Single Board Computers  Enterprise Printers  DVRs, NVRs  Video Surveillance  Gaming Platforms

P/N

CPU

Freq.

L1 Cache

L2 Cache

Memory Controller

GE

PCIe

USB2.0 w/PHY

SATA2.0 w/PHY

UART

Device Bus

Package Size

Process

MV78200

ARMv5TE 2x Core Dual Issue w/FPU

800 MHz 1.2 GHz

32 kB-I 32 kB-D

512 kBunified

32/64-bit DDR2-800 w/ECC

4

Two PCIe (One x4 or Four x1)

3

2

4

32 bit

27x27 mm 655-FCBGA 1.0 mm Pitch

65 nm

MV78100

ARMv5TE 2x Core Dual Issue w/FPU

800 MHz 1.2 GHz

32 kB-I 32 kB-D

512 kBunified

32/64-bit DDR2-800 w/ECC

2

Two PCIe (One x4 or Four x1)

3

2

4

32 bit

27x27 mm 655-FCBGA 1.0 mm Pitch

65 nm

MV76100

ARMv5TE 2x Core Dual Issue w/FPU

600 MHz 800 MHz

32 kB-I 32 kB-D

512 kBunified

32/64-bit DDR2-800 w/ECC

2

Two PCIe (One x4 or Four x1 + One x1)

3

1

4

32 bit

27x27 mm 655-FCBGA 1.0 mm Pitch

65 nm

GbE

Network

PC

GbE

PHY

32/64-bit DDR2 w/ECC

PHY

Sheeva™ CPU Core Dual Issue w/FPU 32KB-I, 32KB-D 800MHz–1GHz

Sheeva™ CPU Core Dual Issue w/FPU 32KB-I, 32KB-D 800MHz–1GHz

512KB L2

512KB L2 8/16/32 bits local bus

USB 2.0 USB 2.0

USB Flash Drive

TWSI

MV78200

Software Common SDK (Linux, VxWorks, NetBSD, Uboot)

          

Microprocessor

MV7xxxx SoCs with Sheeva Technology

DDR2 SO-DIMM or On-Board Memory Serial Devs/ RTC/SPD NOR Flash

NAND Flash

USB 2.0

SPI

SPI Flash

Graphics

Marvell MV78200 — Typical System Implementation

PCI-e x4

PCI-e x4

SATA 2.0

SATA 2.0

802.11 n wireless

ASIC/ IO

5 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal

Microcontroller

Renesas Motor Control Solutions

Fully functional hardware and software solutions ranging from Brushed DC to AC Induction and BLDC motors to jump-start system designs The 16-bit CISC MCUs of the R8C Family feature high code efficiency, superb noise performance, low power consumption, and high processing performance for real-time applications. With the advantage of abundant on-chip peripherals such as comprehensive timer functions and various serial communication functions, the R8C Family supports a wide range of application fields. Products with builtin modules such as high-speed on-chip oscillator, power-on reset, low-voltage detection circuit and oscillator stop detector reduce the external component count and facilitate the development of low-cost and safe systems. For shorter development times and reductions in total system costs, Renesas offers low-cost development tools as well as an expanding lineup of products with on-chip flash only.

Features

Benefits

Renesas Motor Control Algorithm Solutions:  180-degree Sinusoidal BLDC Motor Control (Hall Sensors)  120-degree Trapezoidal BLDC Motor Control (Sensorless BEMF)  120-degree Trapezoidal BLDC Motor Control (Hall Sensors)  V/F Scalar AC Induction Motor  Universal / DC Motor Control (TRIAC / PWM Chopper)

 Variety of devices for a wide range of motor control applications  Get started with any device in the R8C family with applicable timer functions using the portable control algorithms by Renesas  Reduce maintenance and learning curve with completely free, easy-to-use motor control algorithms in source format  Support for variety of motors including AC Induction, Brushed DC, Brushless DC and Universal motors  Complete, ready-to-use BLDC Motor Control kit for quick evaluation and experiments

Renesas R8C MCU Features:  16-bit CISC architecture

 2 register banks for fast interrupt handling



 16-bit Hardware multiplier

 Data Flash for configuration data storage  Two stack pointers

 User & Interrupt

 Flexible clocking scheme

 On-chip 125kHz & 40MHz OSC with PLL

 Fast ADC – Up to 2.2 uS conversion time  Up to 6 timers

 6 channel Complementary PWM with dead-time



 Flexible Sensor Interface – Hall, Tachometer

Applications  Vacuum cleaners  Fans  Power Tools  Cooling Fans  Compressors  Pumps  Any product that requires electronic commutation of BLDC, ACIM and Permanent Magnet motor

R8C CPU Program Flash Data Flash

45kHz OCO 125kHz OCO WDT LVD

RAM

POR

Debug Unit

LIN

1-wire I/F Network

6 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal

ADC CLK

Trig

16-bit Motor Timer (RD) Shut-off

Motor Current U U V V W W

Power Module M BLDC

over-current

CLK 16-bit Timer (RC)

Comp.

The C8051F7xx family of high pin-count MCUs is Silicon Labs’ first MCU family to feature the patent-pending capacitance-to-digital converter (CDC). This enables easy replacement of traditional mechanical switches with capacitive touch sense capability in any product requiring a high performance, high pin-count MCU.

Microcontroller

C8051F7xx MCU features high pin count Ease of touch sense design replaces traditional switch solutions The C8051F700’s new touch sense capability is accurate, responsive, and reliable. The CDC will output samples with industry leading speed at 40 µs per sample and its new architecture is inherently immune to noise. This means sophisticated touch sense features such as buttons, wheels, and sliders will operate with no apparent lag, delay, or false touches. The C8051F700 MCU family also offers an array of features that allow design of most products with a single MCU. The C8051F700 is truly a complete system on a chip. The C8051F700 MCU is a great compliment to other products from Silicon Labs. In a set-top box application, for example, the C8051F700 can be used in a variety of capacitive touch sense tasks including front-panel interface and display. The EZRadioPRO™ product can be used for the remote control interface. Other Silicon Labs to consider for a set-top box application include: ISOmodems (communications), Powerover-Ethernet (power), low-power/low-voltage MCUs (power/ system management) and a satellite receiver.

Features

Applications

 High-speed pipelined 8051-compatible microcontroller core (up to 25 MIPS)  Capacitive touch sense technology with 32 input channels  10-bit 500 ksps single-ended ADC with 16-channels  Integrated temperature sensor  Precision calibrated 24.5 MHz internal oscillator  16 kb of Flash memory  512 bytes of RAM  32 bytes of EEPROM with 100,000 cycle endurance  SMBus/I2C, Enhanced UART, and Enhanced SPI  Four general-purpose 16-bit timers  Programmable counter/timer array (PCA) with three capture/compare modules  On-chip internal voltage reference  On-chip watchdog timer, power-on reset, and supply monitor fail-safe features  On-chip voltage comparator  Up to 54 general purpose I/O (up to 5 V tolerant depending upon VDD)

Industrial / commercial  Instrumentation and touch panels  Cash machines  Security systems  LED displays  Handheld industrial  Ticketing and voting machines  In-flight entertainment  Casino/gaming machines  Industrial controllers

Benefits Capacitive touch sense feature enables button, slider and wheel functionality  Fast and easy to implement  Very responsive  Robust and reliable architecture

Consumer home / office  Residential HVAC  White goods  Keyboards  Office equipment front panels (fax machines, printers, scanners)  Set-top box  Home health care  E-Books/dictionaries  IP phone

Up to 54 general purpose I/O  Flexible I/O configuration for easy hardware design  Up to 32 touch sense inputs (buttons, wheels, sliders) in the end product Data EEPROM  Excellent storage for personalized user information  Can store in-application calibration data  Like Flash, but 100,000 endurance guaranteed

Attend a FREE Capacitive Touch Webinar on April 21, 2009. For information and registration details, please visit www.nuhorizons.com/ct

7

C o-P roces s or

LynxExp & VoyagerGX 2D Graphics Co-processor Enable low power, high quality and sophisticated applications The LynxExp and VoyagerGX graphics co-processors are designed with low power, high performance and reliability in mind to enable SM502 Block Diagram the rich multimedia features for the vertical and consumer applications. They are ideal graphics co-processor in applications where the resolution needs to be higher than 640x480. The 128-bit 2D drawing engine includes a front-end color space conversation with 4:1 and 1:8 scaling support. The video engine supports two different video outputs at 8-bit, 16-bit or 32-bit per pixel and a 3-color hardware cursor per video output. The LCD panel TV Tuner/ VCR/DVE Player NTSC/PAL Camera video pipe supports a back-end YUV color space conversion with 4:1 and 1:2 scaling. A Zoom Video port is also to interface to MP2/4included decoder external circuitry for MPEG decode or TV input. The complete software debug and SDK tools simplify the driver development of utilizing USB Host 1.1 UART the 7 graphics display layers and multiple display function for high quality and sophisticate applications. Dual 8-bit AC97, I2S, PWM uC & I/O

Single 16-bit Video Port

SSP, GPIO

The LynxExp supports the standard PCIe Gen.1 bus interface in a 17mmx17mm BGA package while Inputthe VoyagerGX supports the 32bit local bus and PCI bus interfaces in a 19mmx19mm BGA package. The flexible bus interfaces allows supporting a wide range of 32-bit CPU CPU 2D Host Bus / PCI SH, Hostand Bus PowerPC. embedded CPUs, which includes x86, Xscale, ARM7/9/11, MIPS-licensePlatform CPUs,32-bit Renesas Graphics/ Video or R.G.B PCI 33/66

Engine

Features

Internal Benefits Memory

SM502  32-bit local bus / PCI bus 2D GPU for embedded or x86 CPU  Internal 8MB SDRAM or external 32-bit high bandwidth SDRAM memory configuration  Up to 1280x1024 (4:3) or 1440x960 (16:9) resolution  I/O peripherals: USB host, AC97/I2S, I2C, SSP, PWM, 2x8-bit/1x16-bit Zoom Video, and GPIO.  7 display layers: primary graphics, video overlay, video alpha, graphics alpha, primary hardware cursor, secondary graphics and secondary hardware cursor  Complete software set for Linux, CE, Windows, etc.

     

SM750  PCIe x1 bus 2D GPU for embedded or x86 CPU  Internal 16MB DDRI or external 64-bit high bandwidth DDRI memory configuration  Up to 1920x1440 (4:3) or 1920x1080 (16:9) resolution  I/O peripherals: 2x8-bit/1x16-bit Zoom Video, I2C PWM, SSP and GPIO.  2 internal 300Mhz DAC  2 18-bit TFT interfaces  7 display layers: primary graphics, video overlay, video alpha, graphics alpha, primary hardware cursor, secondary graphics and secondary hardware cursor  Complete software set for Linux, CE, Windows, etc. SM750

Applications

Display Engine

Panel Interface

Memory Controller

Lowest cost 2D GPU solution External Memory Interface Lowest power GPU, no2x16 heat / 1x32sink or fan required Rich display feature for sophisticate applications Complete and easySDRAM to use SDK for customize driver development Committed to product longevity Available in industrial temperature grade

 High resolution handhelds  Point-of-Sales terminals  Medical device  Multi-functional printer  Casino gaming  IPC  Server Block Diagram  Thin Client

SM502 Block Diagram VCR/DVE Player Serial ROM VCR/DVE Player

TV Tuner/ MP2/4 decoder

NTSC/PAL Camera

Dual 8-bit Single 16-bit Video Port Input CPU Platform

32-bit Host Bus / PCI

32-bit CPU Host Bus or PCI 33/66 Internal Memory

Optional USB Host 1.1 UART AC97, I2S, PWM SSP, GPIO

uC & I/O

2D Graphics/ Video Engine Memory Controller

R.G.B

VGA Code

CPU Platform

PICe X 1

8

SDRAM

PCI-E Controller

Display Engine

TV Tuner/ MP2/4 decoder R.G.B.-1

Dual 8-bit Single 16-bit Video Port Input 2D Graphics/ Video Engine

R.G.B.-2

Display Engine

TMDS Transmitter Optional Option

TTL 18bit x2

Panel Interface

Internal Memory

External Memory Interface 2x16 / 1x32

SM502 Block Diagram

NTSC/PAL Camera

Memory Controller

Optional O ti

4x16/2x32 Memory I/F Optional

SM750 Block Diagram

LVDS Transmitter

DDR

New family brings 8-bit microcontrollers into 21st century with leading edge combination of performance, robustness, peripherals and cost effectiveness Features

Benefits

 Advanced 20MIP STM8 8-bit core with Harvard Architecture and 3-stage Pipeline  4 - 128 Kbytes Flash Memory , up to 6Kbytes SRAM  Robust Architecture (dual watchdogs, clock security, IEC61967-compliant EMI emission, IEC-1000 high immunity to susceptibility and high current-injection immunity)  Rich peripheral set (10-bit ADC, advanced timers, CAN, U(S)ARTS, SPI, I2C)  Maximum Integration (true EEPROM, 16MHz and 128kHz on-chip RC oscillators)  130nm embedded non-volatile memory process  2.95V - 5.5V Operation  -40°C to +85°C and -40°C to +125°C temperature ranges  20 - 80 pin packages  Touch Sensing Firmware  Single-wire debug-and-programming interface  Range of low cost easy to use starter kits and development tools

 Excellent performance and code density  Scalability in memory  Meets demanding requirements of industrial and appliance applications  Good for accurate control, monitoring and communication  Reduces system cost and need for external components  Suitable for high performance and cost sensitive general purpose 8-bit MCU applications  Helps transition legacy 8-bit systems to lower supply voltages  Suitable for industrial and appliance applications  Broad portfolio with small form factor packages for space constrained applications and larger pin count packages for applications needing more I/O  Easy to combine touch sensing functions, such as touch keys, wheels or sliders  Non-intrusive real-time debugging and in-system programming  Speeds development process and time to market.

Microcontroller

STM8S 8-bit Flash Microcontroller Family

Applications  Home appliances  HVAC systems  Industrial Automation  Power Tools  Personal-care Equipment  Power Control and Management  Motor Control  Circuit Breaker  Lighting and User Interfaces

9 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal

Microcontroller

STM32 32-bit Flash MCU Family Up to 512 Kbytes of Flash, extra SRAM and added peripherals enhance lowest-power ARM Cortex-M3 based family

Features

Benefits

 1.25 DMIPS/MHz Cortex-M3 Core

 Up to 35 percent performance improvement and up to 45 percent better code density compared to an ARM7TDMI



 Single cycle multiply and hardware division  Tightly coupled nested vectored interrupt controller

 16 - 512 Kbytes high performance Flash, 4 - 64 Kbytes SRAM  Low power

 Run mode as low as 27 mA at 72 MHz (executing from Flash)  Down to 2 uA in standby mode  Low voltage 2.0V-3.6V operation

 First class peripherals  1 uS triple12-bit A/D converter, 2-ch 12 DAC, 4 Mb/s UART, 18 Mb/s SPI, USB full-speed device, Flexible Static Memory Controller, I2S, SDIO, 18 MHz I/O toggling

 Maximum integration

 Reset circuitry, LVD, voltage regulator, accurate RC

 Simple architecture and easy-to-use tools

Applications Industrial  PLC  Inverters  Printers, scanners  Industrial networking  Solar inverters  Digital SMPS Building and security  Alarm systems  Video intercom  HVA Low power  Glucose meters  Power meters  Battery operated applications Appliances  3-phase motor drive  Application control  User interface PC peripherals Medical

10

 32-bit performance with 16-bit code density  Excellent real-time performance and fast interrupt response

 60 fully compatible devices  Outstanding power efficiency for low power and portable applications  Broad connectivity while minimizing overall component count  Only seven external components required for a base system  Easy development and fast time to market

Soft Processor

The Industry’s Most Flexible Embedded Processing Solution Xilinx unleashes the potential of embedded FPGA designs with the award winning MicroBlaze™ soft processor solution. The MicroBlaze core is a 32-bit RISC Harvard architecture soft processor core with 32 general purpose registers, ALU, and a rich instruction set optimized for embedded applications. It supports both on-chip block RAM and/or external memory. With the MicroBlaze soft processor solution, you have complete flexibility to select any combination of peripherals, memory and interface features that you need to give you the best system performance at the lowest cost on a single FPGA. For development, Xilinx offers the Embedded Development Kit (EDK), which

Microprocessor

Xilinx 32-bit

is the common design environment for both MicroBlaze and PowerPC-based embedded systems. The EDK is a set of microprocessor design tools and common software platforms, such as device drivers and protocol stacks. The EDK includes the Platform Studio tool suite, the MicroBlaze core, and a library of peripheral IP cores.

MicroBlaze Hardware Options and Configurable Blocks Hardware Functions  Hardware Barrel Shifter  Hardware Divider  Machine Status Set and Clear Instructions  Hardware Exception Support  Processor Version Register  Floating-Point Unit (FPU)  MMU/MPU  Hardware Multiplier  Hardware Debug Logic Cache Options  Configurable size 2 KB - 64 KB  Configurable micro-cache size 64B –1024B  4 or 8 word cache lines Bus Infrastructure  PLB v4.6 for main processor interface  Local Memory Bus (LMB) for fast local access memory  Fast Simplex Link (FSL) for interfacing to co-processors

Device Family

Max Clock Frequency

Max Dhrystone 2.1 Performance

Virtex-5

235 MHz

280 DMIPS

Spartan 3A-DSP

105 MHz

125 DMIPS

Note: Processor performance and size will vary with configuration options.

11 For more information, including pricing, availability, datasheets and samples (if available), please visit www.nuhorizons.com/portal

Development Tools

IAR Embedded Workbench

IAR Embedded Workbench is a set of development tools for building and debugging embedded applications using assembler, C and C++. IAR Embedded Workbench incorporates the IAR C/C++ Compiler, assembler, linker, librarian, text editor, project manager and C-SPY® Debugger into one integrated development environment (IDE). In a continuous workflow, you can create source files and projects, build applications and debug them in a simulator or on hardware. IAR Embedded Workbench offers the same intuitive user interface regardless of which microcontroller you have chosen to work with—coupled with general and targetspecific support for each device. Every IAR C/C++ Compiler contains both generic global optimizations as well as low-level chip-specific optimizations that ensure a small code size while taking advantage of all the specific features of your selected device. Reuse of code and migration to new microcontroller architectures is made easy as each IAR C/C++ Compiler uses the same naming convention. Whether you have a tight project schedule or are just eager to get started, IAR Embedded Workbench contains configuration files, code examples and template projects to get you going fast.

Key Features:  Fully integrated development environment for building and debugging embedded applications  Automatic checking of MISRA C rules for security-critical applications  State-of-the-art C-SPY Debugger  Extensive support for various hardware debug systems and real-time operating systems (RTOS) with built-in or 3rd party plug-ins  Flying start with ready-made device configuration files, code and project examples  Same use interface for all supported MCU architectures  Tight integration with other products from IAR Systems

Benefits  High performance and easy-to-use – More efficient development  Embedded focus and chip specific support - Smooth and fast development without having to be an hardware expert  Most compact and reliable code – Lower cost on device memory, more space for further product enhancement and higher product quality  Wide 3rd party support - Flexibility in choosing hardware debuggers and real-time operating systems which best suit your application  High code portability cross different MCUs – Lower cost in product development and maintenance  Excellent technical support – Faster development and shorter time to market  Flexible license models for enterprise, education and small business – Full budget control

12

Supported Device

Part Number

 8051 (All Suppliers)  ARM (All Suppliers)  Atmel AVR  Atmel AVR32  Renesas H8  Renesas M16C / R8C  Renesas M32C

EW8051 EWARM EWARM-BL EWAVR EWAVR-BL EWAVR32 EWAVR32-BL EWH8 EWM16C EWM32C

Nu Horizons offers a wide range of development/evaluation boards, tools and kts. For more information, please visit www.nuhorizons.com/development

The Renesas BLDC (Brushless DC) Motor Control evaluation kit is a ready-touse BLDC Motor Control solution with industry-quality hardware and software for quick deployment in cost-sensitive applications. The Kit offers developers a vehicle to evaluate and adopt a low cost BLDC Motor Control solution into their products using Renesas’ R8C family of microcontrollers.

Includes:         

Development Tools

R8C/25 BLDC Motor Control Development System

BLDC Motor Control Board 24VDC BLDC Motor DC Power supply: 24V, 5A E8a on-chip debugger/emulator with USB cable HEW IDE with evaluation C compiler Sample code, schematics, Bill of Materials BLDC Motor Control Algorithms Source Code BLDC Motor Control Application Notes Quick-Start Guide

Ordering Info:  YMCRPR8C25

Price:  $921.99

Capacitive Touch Sense Demo Kit The C8051F700 family is supported with the same, easy to use, low-cost development and evaluation tools offered with the other Silicon Labs MCU products. The new KEYBOARDEK is an easy-touse demonstration and highlights the new Silicon Labs capacitive touch sense peripheral. The KEYBOARDEK models a keyboard using capacitive touch sense and is ready to evaluate out-of-the-box. The Human Interface Studio software is an intuitive GUI provided for fast and easy set-up. An API library is provided for all common touch sense configurations such as virtual buttons, wheels, and sliders.

Includes:

Keyboard Demonstration Kit

     

Keyboard-EB ToolStick base adapter USB extension cable Human interface studio CD ROM Firmware API library KEYBOARDEK quick start guide

Ordering Info:  KEYBOARDEK

Human Interface Studio GUI

Nu Horizons offers a wide range of development/evaluation boards, tools and kts. For more information, please visit www.nuhorizons.com/development

13

Nu Horizons Line Card

• Audio (DAC’s, ADC’s, Codec’s, SPDIF, Sample Rate





• • • •





Conv., DSP, USB) Memory (EEPROM, DAC + EEPROM) Networking (T1/E1/T3/E3 xcvr, PCM) Sensors (Hall Effect Sensor, 3d Compass) Video (NTSC/PAL Encoder/Decoder, A/V Switches, Video Gain Amp)





• • • • •



• •

Discrete (Transistors, FET arrays, Thyristors, Triacs) Display (Vacuum – Fluorescent Display Drivers) LED Drivers (Constant Current Drivers) Motor Control (Brushless DC, Bi-Polar Stepper) Power (Linear Regulators, Buck/Boost/Fly back DC- DC, Charge Pumps)

• Sensors (Hall Effect)

(Formerly Astec / Artesyn)

AC-DC Switchers - Low Power (LP, NT, DA, DP, SSL) 25W-350W - Medium Power (MP) Up to 1200W - High Power (VS) Up to 2500W - Intelligent High Power (iVS) Up to 4860W DC-DC Modules (1/16 Brick, 1/8 Brick, ¼ Brick, ½

Brick, RF Power Brick)

• Industry Standard - Non Isolated Point-of-Load (C-Class, E-Class, F-Class) • Power Systems Engineering Services

• Data Converters (ADC, DAC) • Interface (PLB/PCI/I2C/SPI UART’s,



• Analog (Data Conversion, Power Management) • Communications (Bluetooth, LIN, CAN, POTS,

• •

•



•

• •

GPS, RF, WiMax, Zigbee) Memory (Flash, EEPROM, Modules) Microcontrollers (8051, AVR, ARM7TDMI, ARM926EJ) Multimedia & Imaging (CCD/CMOS Arrays, IR, Video) Network Storage (Data Storage, Switched Ethernet) Programmable Logic (FPGA, SPLD/CPLD) Sensors (Biometrics, RF, Smart Cards)

RS232/485/422 Transceivers.) • Power (Buck/Boost Regulator’s, Charge Pumps, LDO’s, DC/DC modules, Supervisors, PWM) • Storage (SAS/SATA Multipliers and Selectors) • Telecom (T1/E1/DS1/DS3/E3 LIU’s, SONET/SDH Framers, Mappers & Aggregators)



• Fiber Optic Devices (10G FP TOSA & MM PIN

ROSA, OTDR FP Lasers, 2.5G DWDM DML, DFB TOSA & APD ROSA) • Optocouplers (Transistor Output, High Speed, Solid State Relays) • RF Modules (Zigbee) • RF Semiconductors (RFIC Switch, GaAs FET, GaAs PA, Si LD-MOSFET, CATV Hybrid, Si RFIC)



Regulators, DC/DC µModules, LED Drivers, Hot Swap, PoE)

• Signal Conditioning (Amplifiers, Comparators,

Filters, Voltage References, Thermal Couple Compensators) • Wireless / RF (I/Q Modulators – Demodulators, Up & Down Converting Mixers, IF Amplifiers, PA, RF Log Detectors, RF Power Detector)

• Data Communications (10/100/1G/10G Ethernet

Switches, 10/100/1000/10G PHYs)



StrongARM, PPC & MIPS Systems Controller) Power Management (POLA) Storage (FAS/SATA/PATA, SAS/Fiberchannel, Storage Processors) Video (Format Converter) Wireless / RF (802.11 Modules)

• Embedded MCU / MPU (ARM V5TE, PXA • •



• •



VCSELs & Detectors, 1310nm Lasers & Detectors, CML Transmitters) • Optical Transceivers (GBIC, XFP, MSA300, SFP, SFP+) • Passive Optics (WDM networks)

• Analog ( Drivers / Voltage & uC Supervisors /

Filters / Switches / Regulators)



Op Amps / References / Timers)



Swap, PCI/PCIX/PCIE, High Side, LDOs, DDR)



synthesizers / Multiplexers, PLLs, buffers, CDRs)

• Bus Device ICs ( USB / PC / PCMCIA / SMBus) • Ethernet ( 10/100 PHYs, Controllers, Switches) • Linear ICs ( Active Filters / Comparators /

• Precision Edge ICs ( Clock distribution, generation,



• Audio (Mux/Demux, Codec) • Image Processor (Scaler, Deinterlacer, Motion Co-

• RF (290 – 980 ISM band / ASK/FSK / 200kbps max

CPU)



data rate)



Limiting Amps)



Supervisor I2C)



Optical Modules (SFP))





• Telecom (SERDES, CDR, Laser Drivers, TIA’s, • Video (HDMI, Equalizers, Cable Drivers, Reclockers,

• System Management ICs ( Fan Control / Thermal

• DRAM (DDR3 SDRAM, DDR2 SDRAM, DDR

• Embedded Array ( 0.13µ - 0.5µ / 6K – 10.7M

Gates / 50 – 300 MHz) • IP Repository ( ARM926EJ, 8051, USB, PCIE, DDR2, 10/100 MAC, Mil-STD-1553, UART, DMA, Timer, GPIO) • Standard Cell ( 0.13µ - 0.25µ / 5M – 12M Gates / 150 – 333 MHz) • Structured ASIC ( 0.13µ - 0.35µ / 21K – 1.7M Gates / 50 – 250 MHz)

• Memory (QDR/DDR SRAM, Zero-Wait SRAM

(NBT), Sync Burst SRAM, Specialty Sync-SRAM)

(Including ICS) • Audio (2,4,8, & 10 Channel Codecs) • Clock Distribution (Synthesizers, Translators, ®



Oscillators, PLLs, Spread Spectrum, Video)



Translators, Programmable) Datacom (10/100BaseT Phys) Interface (PCIE Switches, Rapid I/O) Logic (FST, ALVC, LVC, FCT & BusSwitch) Memory (FIFO, SRAM, Multiport RAM) Telecom (Network Search Engines, T1/E1/J1 LIUs, Framers, ATMs, AFEs, TSIs) Video (LVDS TX/RX, HDMI Multiplexer/Switches)

• Clock Generation (Fan-Out, Multiplexers, PLLs,

• Power and Battery Management (IGBT and MOSFET gate drivers)

• Sensor and Imaging Arrays (Hall Effect Sensors) • Signal Conditioning (Solid State Relays,

Optocouplers) • Telecom (Embedded Modem, MF Trunk signaling, DTMF)



• • • • •



•



• Device Server Modules • Embedded MCU / MPU (ARM7TDMI, ARM9926EJ) • Networking Modules (Wired/Wireless 802.3 / 802.11bg / 802.15.4)



SDRAM, SDRAM, RLDRAM, PSRAM)



UDIMM)



Combinations)



Speed NAND, Solid State Storage, Embedded USB)

• DRAM Modules (FBDIMM, RDIMM, SODIMM, • Mobil DRAM (Mobil SDRAM, Mobil DDR SDRAM) • Multichip Packages (MobilDRAM & NAND Flash • NAND Flash Memory (Managed NAND, High



• • • •



Filters Inductors Isolators Transformers (Modem, Analog/Voice Switching,

DSL, Cable Modem, RJ45, PoE)

(Formerly C&D Technologies)

• AC/DC Power Supplies (200 – 2000 Watts,

• Memory (DDR DRAM,SDRAM, EDO & FPO DRAM,

14



• Power Management ICs ( Battery, Display, Hot-





Current DAC)

• Frequency Control (Silicon Timing) • Interface (RS-232, 422/485, CAN PHY) • Power Management (Switching Regulators, Linear

(Fiber Optics Division) • Optical Components (WDM Management, 850nm





• Data Converters (Delta Sigma, SAR, Voltage DAC,



E2PROM, PSRAM, SRAM, DDR II Synchronous SRAM, Asynchronous SRAM) • Smart Card (Two-Wire Serial EEPROM, Secure, MCU Based, ICs)

• Power (MOSFET, IGBT, Diodes, Thyristors, DC/DC,

PWM Control, LED/Lamp/Display Drivers) • RF Power (FETs, Drivers, Amplifiers, Microwave modules, RF Modules) • Solar Devices (Solar Cells, Solar Bits, Solar Die, Solar Battery Chargers)



2.5VDC to 48 VDC Out – PCI Modules)

• Data Acquisition (Electronic Imaging, A/D

Converters, D/A Converters, Sample/Hold Amplifier, Multiplexers) • DC/DC Converters (0.25 to 340 Watts, 0.02 to 80 Amps, 1.2 to 48 VDC Out; 3 to 75 VDC In) • Digital Panel Meters (Voltmeters, Wire Meters, Process Monitors, AC/DC Ammeters) • Magnetics (Inductors & Transformers, Differential common-mode filters, Databus Isolators)



• AC-DC Power Supplies (125 – 275 Watts, 12VDC



to 56 VDC Out, 90-264VAC In, 3” x 5” format)

• Power Systems Engineering Services

MCU based RF, Audio streaming)

• Frequency Control (Oscillators, Crystals, VCXO,

• Power Management (AC/DC, Battery



• •



TCXO, OCXO, Sine Wave Oscillator)

• Communications (Voice & Audio CODECs, Pro-X



SLICs, USB Audio Codec)

• Logic ICs (I/O Controllers, ISA Bridge, Power

Management, Hardware Monitors, Clock Generators, Power I/C, Card Reader IC’s, IEEE1394) • MPU (8-bit 80C51 based, 32-bit ARM7TDMI) • Power (ACPI Controller, PWM, DDR Bus Term, Power Switch) • Voice Solutions (Record & Playback ICs)



• Communications (CAN, LIN, ZigBee) • Discrete (Diodes, Power MOSFETS, Thyristors,

Triacs, Transistors)



Multi-Purpose)

• Embedded MCU / MPU (16/32 Bit MCUs) • Logic (Standard – High/Low Voltage, Interface, • Memory (Fast Flash, Low Power SRAM, EEPROM)

®

• Connectivity (CAN, J1850) • Display Drivers (LCD / VFD Driver / Controllers) • Embedded MCU / MPU (4-Bit NX 63K /



ARM7TDMI / ARM946E – Full Development Tool Suites) • Memory (P2ROM, DRAM ) • MEMS (3D Accelerometers -3g to +3g) • Power Management (Linear (LDO) & Switching Voltage Regulators, Power Switch (USB) devices) • Speech (BGM Mixer - ADPCM & ADPCM2, Voice Synthesizers & Recorders, Audio Codec) • Telecom (ADPCM – Linear – PCMA-Law - VoIP Codec’s, Echo Cancellers, Transceivers) • Video (NTSC / PAL / SECAM Encoders – Decoders, NR-FIFO)

• Analog Image Sensor (NTSC/PAL) • Digital Image Sensor (CIF, VGA, 1.3M / 2.0M /

3.2M / 5.17M Pixel)

• Image Processors



• Frequency Control (Oscillators, Optical Timing

•





• • • •



•



• • •

Management, DC/DC, LDO, MPU - Supervisor, PoE, VDC References, AC Switches) Discretes (Thyristors, Diodes, FETs, Transistors) Signal Conditioning (Comparators, Op-Amps, Clamp Diode Arrays, Crowbar Diodes, EMI Filtering) Logic (3.3V, 5V, Translators, Gates, Switches, Port - Expansion) Sensors (Accelerometers, Proximity, Thermal, Touch) Interface (Smartcard) Wireless (Bluetooth, ZigBee, GPS, RFID) Audio (Decoders, Power Amps, Analog CPU, Digital CPU, Radio) Image Sensor (Camera Modules, Imaging Signal Processor, CMOS Arrays) Video (Demodulator, Decoders) Motor Control (Controllers, Drivers, MCU’s) Microcontrollers (8-bit, 16-bit, ARM7TDMI, ARM926E, Cortex M3)



Clocks, Sine Wave Oscillator)



Filters, RFIC Transceivers)



ISM, Bluetooth, 802.11b)

• Optoelectronics (LED Drivers, EL Lamp Drivers) • Power (Switching, Automotive, PFC, Backlight,



802.11b, and Bluetooth)

• Transducers (Ultrasound)

Nu Horizons Line Card

• Wireless/RF (2.4G / 900M / 433M Transceiver,



• RF Components (SAW Resonators, SAW RF & IF • RF Modules (ZigBee, 802.15.4, UHF Mesh, FHSS • Standalone RF modules (FHSS, 802.15.4,



LDO, High Voltage Interface / Driver’s, PoE)

• Flat Panel Displays (LCD – 2” to 65”) • Memory (Flash – NOR) • Optoelectronics (LEDs, Laser Diode, Photo



coupler, IrDA, photo interrupters, Emitters/Detectors, Sensors)



Solid State Relays)

• Power (LDO / Switching Regulators, LED Drivers,

• DC/DC Converters (1/16 Brick, 1/8-Brick, 1/4-

Brick, 1/2-Brick)

• Audio / Video (3 Input A/V Switch, Dual SCART

A/V Switch)



Poly Phase Meter ICs)

• Modems (V22bis, Data Pumps, AFEs, DAAs) • Power Measurement Metering Control (Single/ • Smart Card Reader (SoC - Smart Card Reader &

• Amplifiers & Comparators (Audio, Op Amp, Gain

• • •



•



•

• •

Control, Level Detect/Sense, Video) Analog Switches (Audio, Data, Video) Circuit Protection (EMI / RFI Filters) Clock Management (Synthesizers, ZDB, PLL, Skew Control, Fan-Out, Buffers, Timers) Discretes (FETs, Transistors, Diodes, Rectifiers, Thyristors) Interface (232 / 422 / CAN Tranciever, Modulator / Demodulators., Smart / SIM) Logic (Gates, Inverters, MUX, Latches) Power Management (PFC, Battery Management, Supervisors, References, DC/DC Switchers, Off-Line Reg/Ctrl, LDO)

• High-Power Laser Diodes (Single, Laser Bar /

Stacks)

• Infrared (Photo detectors, Emitters, Sensors) • Intelligent Displays (Self-Contained LED Displays) • LED’s (Side / Radial / Top Emitters, Arrays, High



Power)

• Digital Video Processors • Storage Products (Serial ATA - Parallel ATA,

Parallel ATA Controller, RAID Storage Processors, SATA Controllers, SATA Port Multipliers)



Receivers, Transmitters, Switches, PHYs)



• Data Interconnect (Signal Conditioners and

Retimers, Crosspoint Switches, Backplane, Switch Fabrics)



MACs, Switches, Transceivers)

• Microcontrollers ( 8-Bit 8051, 20-100MIPS,



Controllers, SATA Controls)

• Power (Digital Isolators, AC Current Sensors, PoE) • Timing (Clock Multipliers, VCXOs, XOs, Sonet/SDH



• Ethernet (10/100/1G/10G PHYs, 10/100/1G/10G



1-28K Flash, 256-8448 RAM, ADC, DAC)



Precision)



Satellite Receiver)



ICs)

• Wireless (FM Transmitters/Receivers, ZigBee, • Wireline (Modem, Codec, SLIC, DAA, CDR/PHY

• Analog Switches (3-17V SPDT-SPST-DPST-MUX,



graphics engine, Mobile Graphics Coprocessor)



IC)

• Bridges (PCI, PCIX, PCI Express – 32/64Bit –



USB 2.0 Megapixal Image Controller)



66/133MHz) Clock ICs ( VCXOs, Buffers, Drivers, Generators, Skew Controllers) Crystals & Oscillators (Quartz Crystal Resonators) Digital Switches (2-Port, Bus, Crossbar, DDR, Mux/DeMux, Low Voltage Translator) Interface (Re-Drivers, Buffers, Flip-Flops, Gates, Latches, Registers, Transceivers, Voltage Translators) Logic (ALVC, FCT, LCX, LPT) PCI Express Solutions (Packet/Signal Switches, Bridge, PHY, Signal Conditioning, Clock-Buffers/ Generators/Crystals) Translators (Voltage, I/O Signal)

•

• •



•

•

•

•

• Storage (FC, SerDes, Transceivers, SAS • Transport Physical Layer (TIAs, Amplifiers,

Photodiodes, CDR, MUX, DEMUX, Transceivers, PON) • Transport Processing (VC, FEC, Network Processors, TSI, Pointer Processors)

• Memory (SDRAM / DDR1, Pseudo SRAM, Serial

Flash Controller)

Custom HDMI/DVI-PCI-USB-LAN)







Power Management, Interface ICs) • WAN / LAN (10/100 PHY, 10Base2/5 - OC-3 / STM-1 / STS-3 / E4 & DS3 / E3 / STS-1 Transceivers)

• Video Transport (HDMI, DVI and iTMDS Products -

• Controllers (Flash Memory Card Controller, USB (Including SaRonix)



• Embedded Graphics (128-bit 2D/3D mobile

• Mobile Communication (Mobile Satellite TV Tuner • Multimedia SoC (MP3/WMA Digital Audio Player,



Flash, Parallel Flash)

• Advanced FPGA (13,824 – 331,776 Logic Cells,

MGT, PPC, DSP)



Performance)



Synthesis & Implementation)

• Advanced I/O Controllers (USB-ATA, Southbridge) • Datacom Satellite Receiver (10/100 MAC/PHY



Cells, uBlaze, PicoBlaze, DSP)

• Environmental (Temperature Sensors, Fan Control) • USB Solutions (Card Reader, Flash Drive, Disk



• Services (Design Services, Training, XPA)

Ethernet, MPEG4, FEC, DOCSIS, PPC, uBlaze, PicoBlaze and more)



• CPLD (32 – 512 Macrocells, Low Power/High • Development Platforms • Development Tools (DSP, Embedded Processing,



Controller, 10/100PHY, Multimedia Processors, ArcNET, CircNET)



Drive, Hub, PHY)

• General Purpose FPGA (1,728 – 53,712 Logic • Intellectual Property (PCIe, PCI, 10/100/1G/10G

15

Enhance Your Design...

With Nu Horizons Education and Development Solutions

www.nuhorizons.com/portal

www.nuhorizons.com/labcam

Portal is a monthly publication containing new products, technologies and development tools available from Nu Horizons leading suppliers. Portal is availabe both in print and on the web. Sign up online to receive your copy, be notified of upcoming issues or to request samples of the products found inside.

LabCam delivers online training opportunities in a way that recognizes the value of engineers’ time. As easily as You Tube® videos, engineers can quickly load and watch videos from industry leaders consisting of insights on products, evaluation kit overviews, end-user applications and more. Each tutorial is up to ten minutes in length and features technology experts, CEOs and/ or peers introducing new solutions or explaining integral aspects of an important product, solution or application. This free value-added program is packaged for short, informative and high quality distance learning.

Nu Horizons is proud to present our education and training program, which offers engineers the opportunity to participate in technical seminars conducted by experts focused on the latest technologies from our leading suppliers. This program provides higher velocity learning to help minimize start-up time to quickly begin your design process utilizing the latest development tools, software and products. Check online for the latest seminar schedule.

www.nuhorizons.com/xpresstrack

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Nu Horizons Online Learning Center is designed to provide a complete training experience for engineers — without having to leave the office. New supplier trainings are posted twice a month and range from new product overviews to in-depth technical training and potential design implementations. These live trainings are recorded and archived for your viewing convenience.

In order to simplify the design process, Nu Horizons has created a series of application notes designed to guide engineers through the process of interfacing different devices together. Using a detailed step-by-step approach, these design guides identify key elements in the design process. Topics in the application notes are organized by design task and each topic is a stand-alone section, with a short introduction or overview, followed by the step-by-step design guidelines. All steps include a sufficient level of detail to provide the designer with relevant information to proceed quickly and easily from start to finish.

Nu Horizons offers a wide range of development / evaluation boards, tools and kits featuring the latest technology from the most trusted suppliers in the industry. Visit the development tool section of our website for a variety of solutions all aimed at providing a low-cost solution for designers to accelerate a product’s time-to-market.