J-LINK V8 ARM USB JTAG Emulator.

Full version, support firmware updates

Refer to:
http://www.segger.com/jlink.html
http://www.segger.com/jlink-flash-download.html

Supports ARM7, ARM9, ARM11, Cortex-M3 core

Supports ADS, IAR, KEIL development environment

J-Link JTAG/SWD Emulator with USB interface

J-Link is a USB powered JTAG emulator supporting a large number of CPU cores.

Based on a 32-bit RISC CPU, it can communicate at high speed with the supported target CPUs. J-Link is used around the world in tens of thousand places for development and production (flash programming) purposes.

J-Link is supported by all major IDEs such as IAR EWARM, Keil MDK, Rowley CrossWorks, Atollic TrueSTUDIO, IAR EWRX, Renesas HEW, Renesas e2studio, and many others.

Including all models, more than 100,000 J-Links have been sold so far, making J-Link probably the most popular emulator for ARM cores and the de-facto standard.

Features
•Direct download into flash memory of most popular microcontrollers supported
•Supported CPUs: Any ARM7/9/11, Cortex-A5/A8/A9, Cortex-M0/M1/M3/M4, Cortex-R4, RX610, RX621, RX62N, RX62T, RX630, RX631, RX63N
•Download speed up to 800 Kbytes/second
•Supports unlimited breakpoints in flash memory1
•Supported by all major IDEs
•Free software updates2
•Supports concurrent access to CPU by multiple applications3
•Crossplatform support (runs on Windows, Linux, Mac OS X)4
•Intelligence in the emulator firmware
•TCP/IP server included. Allows using J-Link remotely via TCP/IP
•GDBServer included
•Production flash programming software (J-Flash) available
•Software Developer Kit (SDK) available
•Supports multiple target interfaces: JTAG, SWD
•Supports SWV/SWO (Serial Wire Viewer / Serial wire output)
•Wide target voltage range: 1.2V - 3.3V, 5V tolerant
•Supports JTAG chains with multiple devices
•Embedded Trace Buffer (ETB) support
•Various target adapters available, including optical isolation adapter.
•RDI interface DLL available.
•Fully plug and play compatible
•No power supply required, powered through USB
•Support for adaptive clocking
•All JTAG signals can be monitored, target voltage can be measured
•Target power supply: J-Link can supply up to 300 mA to target with overload protection

1 The unlimited breakpoints in flash memory feature can be used free of charge for evaluation. The evaluation period is not time limited. For commercial use a separate license is required.
2 As a legitimate owner of a SEGGER J-Link, you can always download the latest software free of charge. Though not planned and not likely, we reserve the right to change this policy. Note that at older models may not be supported by newer versions of the software. Typically, we support older models with new software at least 3 years after end of life.
3 J-Link allows multiple applications to access a CPU at the same time. This has numerous applications. J-Link commander can be used in parallel to a debugger, a tool to communicate via DCC can be used in parallel to a debugger or a visualisation tool such as Micrium's u/C-Probe or SEGGER's kernel viewer embOSView. This feature is currently not available for Cortex A and R cores.
4 The MAC and Linux versions are fully usable, but limited to the following components:
J-Link Commander, command line GDBServer, shared library (DLL-equivalent).

V8.0 improvements than V7.0:

(1) improving the SWD interface circuit, the use of counterfeit JLINK V8 JTAG debug debug mode can be normal
when debugging CORTEX-M3 core chips will not use SWD functionality
V7 hardware SWD part with the V8 not the same, if forced to switch to SWD mode, JLINK the main chip will be destroyed!
JLINK V8 interface circuit using two-level converter chip, using a level converter chip will be fake V8!

(2) V8.0 using two-color LED can indicate more work status, V7.0 only an LED indicator light

(3) to optimize the firmware structure and function of the firmware upgrade bootloader area to move to double the size of the application area
Easy to add new features;

(4) support for ARM11 better and faster than JLINK V7, is the first choice for ARM11.

Other differences:

1) J-Link V8 use AT91SAM7S64, expanding the capacity of Flash and SRAM to facilitate future upgrades;

2) J-Link V8 improves the SWD interface, an increase of driver chips,
(V6 and V7 in the SWD is a direct quote from the pin to the target CPU board);

3) J-Link V8 SWD improved control methods, V7 is the I / O direct-drive, V8 with a special method, there is not effective anyway V8's SWD velocities slower than the V7

4) J-LinkV8 have three lights, one directed USB Communications, a direct target CPU, reset state, a direct 5V output is turned on V7 only 1 USB communication indicator

5) J-Link V8's firmware update process is not DLL, and can not write the same as V7 Bootloader on a simple easy to crack V8's Bootloader need to implement USB device connectivity;

Products Introduce
J-Link emulation is SEGGER company ARM core chip to support the launch of the JTAG emulator.
With the IAR EWARM, ADS, KEIL, WINARM, RealView and other integrated development environment supports all ARM7/ARM9 core chip simulation
Through RDI interface and the integrated development environment for seamless connectivity, easy, convenient connections
Easy to learn, is learning and developing ARM best and most practical development tools.

J-Link ARM Features:
* IAR EWARM integrated development environment seamlessly connected JTAG Emulator
* Support all ARM7/ARM9 core chips, as well as cortex M3, including Thumb mode
* Support for ADS, IAR, KEIL, WINARM, REALVIEW almost all of the development environment
* Download speeds of up to ARM7: 600kB / s, ARM9: 550kB / s, through the DCC up to 800 kB / s
* The maximum JTAG speed 12 MHz
* Target board voltage range 1.2V-3.3V, 5V compatible
* Auto speed recognition
* Monitoring all JTAG signals and target board voltage
* Fully plug and play
* Use the USB power supply (but not the target board power supply)
* With a USB cable and 20-core flat cable
* Support multi-device JTAG serial connection
* Standard 20-core JTAG emulation connector
* Optional 14-core JTAG emulation connector
* Optional adapter for 5V targets board

J-Link support for ARM cores:
* ARM7TDMI (Rev 1)
* ARM7TDMI (Rev 3)
* ARM7TDMI-S (Rev 4)
* ARM720T * ARM920T
* ARM926EJ-S
* ARM946E-S
* ARM966E-S
* ARM11
* Cortex-M3

Specifications *

General
Supported OS	Microsoft Windows 2000 Microsoft Windows XP Microsoft Windows XP x64 Microsoft Windows 2003 Microsoft Windows 2003 x64 Microsoft Windows Vista Microsoft Windows Vista x64 Windows 7 Windows 7 x64
Electromagnetic compatibility (EMC)	EN 55022, EN 55024
Operating temperature	+5��C ... +60��C
Storage temperature	-20��C ... +65 ��C
Relative humidity (non-condensing)	Max. 90% rH
Mechanical
Size (without cables)	100mm x 53mm x 27mm
Weight (without cables)	70g
Available Interfaces
USB interface	USB 2.0, full speed
Target interface	JTAG 20-pin (14-pin adapter available)
JTAG/SWD Interface, Electrical
Power supply	USB powered Max. 50mA + Target Supply current.
Target interface voltage (VIF)	1.2V ... 5V
Target supply voltage	4.5V ... 5V (if powered with 5V on USB)
Target supply current	Max. 300mA
Reset Type	Open drain. Can be pulled low or tristated.
Reset low level output voltage (VOL)	VOL <= 10% of VIF
For the whole target voltage range (1.8V <= VIF <= 5V)
LOW level input voltage (VIL)	VIL <= 40% of VIF
HIGH level input voltage (VIH)	VIH >= 60% of VIF
For 1.8V <= VIF <= 3.6V
LOW level output voltage (VOL) with a load of 10 kOhm	VOL <= 10% of VIF
HIGH level output voltage (VOH) with a load of 10 kOhm	VOH >= 90% of VIF
For 3.6 <= VIF <= 5V
LOW level output voltage (VOL) with a load of 10 kOhm	VOL <= 20% of VIF
HIGH level output voltage (VOH) with a load of 10 kOhm	VOH >= 80% of VIF
JTAG/SWD Interface, Timing
JTAG speed	Max. 12MHz
SWO sampling frequency	Max. 6MHz
Data input rise time (Trdi)	Trdi <= 20ns
Data input fall time (Tfdi)	Tfdi <= 20ns
Data output rise time (Trdo)	Trdo <= 10ns
Data output fall time (Tfdo)	Tfdo <= 10ns
Clock rise time (Trc)	Trc <= 10ns
Clock fall time (Tfc)	Tfc <= 10ns

* J-Link hardware revision 8 and up

Package List:
1x J-Link V8 emulator
1x 20P line of a standard JTAG
1x USB cable
1x Download Link for Driver Software

Only $9.9 for SHIPPING ALL OVER THE WORLD!

Full quality assurance for one year, add $9.9 to extend one more year!
If you not satisfy in 7 days we refund without excuse!

If you need transfer interface board and cables, plus 10USD:

More Information

Support ARM11 s3c6410

SWV http://www.segger.com/jlink_swv.html
The supported SWV speeds depend on the connected emulator.
They can be retrieved from the emulator.
Currently, the following are
supported:
Emulator Speed , formular Resulting max. speed
J-Link V6
6MHz/n, n >= 12 500kHz
J-Link V7 6MH z/n, n >= 1 6MHz

support firmware automatic update

Supported Devices

Actel(ARM7/ARM9/Cortex Family)
A2F200M3F,A2F500M3G,COREMP7,Cortex-M1
Analog Devices(ARM7/ARM9/Cortex Family)
ADuC7019,ADuC7020,ADuC7021,ADuC7022,ADuC7023,ADuC7024,ADuC7025,
ADuC7026,ADuC7027,ADuC7028,ADuC7030,ADuC7032,ADuC7033,ADuC7034,
ADuC7036,ADuC7037,ADuC7038,ADuC7039,ADuC7060,ADuC7061,ADuC7062,
ADuC7122,ADuC7128,ADuC7129,ADuC7229
ARM(ARM7/ARM9/Cortex Family)
Cortex-M0,Cortex-M1 (Altera),Cortex-M3
Atmel(ARM7/ARM9/Cortex Family)
AT91C140,AT91F40416,AT91F40816,AT91FR40162,AT91FR4042,AT91FR4081,
AT91M40400,AT91M40800,AT91M40807,AT91M42800A,AT91M43300,
AT91M55800A,AT91M63200,AT91R40008,AT91R40807,AT91RM3400,
AT91RM9200,AT91SAM3S1A,AT91SAM3S1B,AT91SAM3S1C,
AT91SAM3S2A,AT91SAM3S2B,AT91SAM3S2C,AT91SAM3S4A,
AT91SAM3S4B,AT91SAM3S4C,AT91SAM3U1C,AT91SAM3U1E,
AT91SAM3U2C,AT91SAM3U2E,AT91SAM3U4C,AT91SAM3U4E,
AT91SAM7A1,AT91SAM7A2,AT91SAM7A3,AT91SAM7L128,
AT91SAM7L64,AT91SAM7S128,AT91SAM7S16,AT91SAM7S161,
AT91SAM7S256,AT91SAM7S32,AT91SAM7S321,AT91SAM7S512,
AT91SAM7S64,AT91SAM7SE256,AT91SAM7SE32,AT91SAM7SE512,
AT91SAM7X128,AT91SAM7X256,AT91SAM7X512,AT91SAM7XC128,
AT91SAM7XC256,AT91SAM7XC512
AustriaMicroSystems(ARM7/ARM9/Cortex Family)
AS3525
Cirrus Logic(ARM7/ARM9/Cortex Family)
CS740110-IQZ,CS740120-IQZ,CS740130-IQZ
Ember(ARM7/ARM9/Cortex Family)
EM351,EM357
Energy Micro(ARM7/ARM9/Cortex Family)
EFM32G200F16,EFM32G200F32,EFM32G200F64,EFM32G210F128,
EFM32G230F128,EFM32G230F32,EFM32G230F64,EFM32G280F128,
EFM32G280F32,EFM32G280F64,EFM32G290F128,EFM32G290F32,
EFM32G290F64,EFM32G840F128,EFM32G840F32,EFM32G840F64,
EFM32G880F128,EFM32G880F32,EFM32G880F64,EFM32G890F128,
EFM32G890F32,EFM32G890F64
Freescale Semiconductor(ARM7/ARM9/Cortex Family)
MAC7101,MAC7104,MAC7105,MAC7106,MAC7111,MAC7112,MAC7114,
MAC7115,MAC7116,MAC7121,MAC7122,MAC7124,MAC7125,MAC7126,
MAC7131,MAC7134,MAC7135,MAC7136,MAC7141,MAC7142,MAC7144,
MC9328MX21,MCIMX27,MCIMX27L
Luminary Micro(ARM7/ARM9/Cortex Family)
LM3S101,LM3S102,LM3S1110,LM3S1133,LM3S1138,LM3S1150,LM3S1162,
LM3S1165,LM3S1332,LM3S1435,LM3S1439,LM3S1512,LM3S1538,LM3S1601,
LM3S1607,LM3S1608,LM3S1620,LM3S1625,LM3S1626,LM3S1627,LM3S1635,
LM3S1637,LM3S1751,LM3S1776,LM3S1811,LM3S1816,LM3S1850,LM3S1911,
LM3S1918,LM3S1937,LM3S1958,LM3S1960,LM3S1968,LM3S1J11,LM3S1J16,
LM3S1N11,LM3S1N16,LM3S1W16,LM3S1Z16,LM3S2110,LM3S2139,LM3S2276,
LM3S2410,LM3S2412,LM3S2432,LM3S2533,LM3S2601,LM3S2608,LM3S2616,
LM3S2620,LM3S2637,LM3S2651,LM3S2671,LM3S2678,LM3S2730,LM3S2739,
LM3S2776,LM3S2793,LM3S2911,LM3S2918,LM3S2939,LM3S2948,LM3S2950,
LM3S2965,LM3S2B93,LM3S300,LM3S301,LM3S308,LM3S310,LM3S315,
LM3S316,LM3S317,LM3S328,LM3S3651,LM3S3739,LM3S3748,LM3S3749,
LM3S3759,LM3S3768,LM3S3826,LM3S3J26,LM3S3N26,LM3S3W26,LM3S3Z26,
LM3S5632,LM3S5651,LM3S5652,LM3S5656,LM3S5662,LM3S5732,LM3S5737,
LM3S5739,LM3S5747,LM3S5749,LM3S5752,LM3S5757,LM3S5762,LM3S5767,
LM3S5768,LM3S5769,LM3S5791,LM3S5951,LM3S5956,LM3S5B91,LM3S5K31,
LM3S5K36,LM3S5P31,LM3S5P36,LM3S5P51,LM3S5P56,LM3S5R31,LM3S5R36,
LM3S5T36,LM3S5Y36,LM3S600,LM3S601,LM3S608,LM3S610,LM3S6100,
LM3S611,LM3S6110,LM3S612,LM3S613,LM3S615,LM3S617,LM3S618,LM3S628,
LM3S6420,LM3S6422,LM3S6432,LM3S6537,LM3S6610,LM3S6611,LM3S6618,
LM3S6633,LM3S6637,LM3S6730,LM3S6753,LM3S6911,LM3S6918,LM3S6938,
LM3S6950,LM3S6952,LM3S6965,LM3S800,LM3S801,LM3S808,LM3S811,
LM3S812,LM3S815,LM3S817,LM3S818,LM3S828,LM3S8530,LM3S8538,
LM3S8630,LM3S8730,LM3S8733,LM3S8738,LM3S8930,LM3S8933,LM3S8938,
LM3S8962,LM3S8970,LM3S8971,LM3S9790,LM3S9792,LM3S9997,LM3S9B90,
LM3S9B92,LM3S9B95,LM3S9B96,LM3S9L97
Nuvoton(ARM7/ARM9/Cortex Family)
NUC100LC1AN,NUC100LD1AN,NUC100LD2AN,NUC100LD3AN,NUC100LE3AN,
NUC100RC1AN,NUC100RD1AN,NUC100RD2AN,NUC100RD3AN,NUC100RE3AN,
NUC100VD2AN,NUC100VD3AN,NUC100VE3AN,NUC101LC1AN,NUC101LD2AN,
NUC101LE3AN,NUC101RC1AN,NUC101RD2AN,NUC101RE3AN,NUC101VC1AN,
NUC101VD2AN,NUC101VE3AN,NUC120LC1AN,NUC120LD1AN,NUC120LD2AN,
NUC120LD3AN,NUC120LE3AN,NUC120RC1AN,NUC120RD1AN,NUC120RD2AN,
NUC120RD3AN,NUC120RE3AN,NUC120VD2AN,NUC120VD3AN,NUC120VE3AN,
NUC130LD2AN,NUC130LD3AN,NUC130LE3AN,NUC130RD2AN,NUC130RD3AN,
NUC130RE3AN,NUC130VD2AN,NUC130VD3AN,NUC130VE3AN,NUC140LD2AN,
NUC140LD3AN,NUC140LE3AN,NUC140RD2AN,NUC140RD3AN,NUC140RE3AN,
NUC140VD2AN,NUC140VD3AN,NUC140VE3AN,W90N740,W90N745,W90P710
NXP(founded by Philips)(ARM7/ARM9/Cortex Family)
LH75400,LH75401,LH75410,LH75411,LH79520,LH79524,LH79525,LH7A400,
LH7A404,LPC1111x101,LPC1111x201,LPC1112x101,LPC1112x201,LPC1113x201,
LPC1113x301,LPC1114x201,LPC1114x301,LPC11C12x301,LPC11C14x301,
LPC1311,LPC1313,LPC1342,LPC1343,LPC1751,LPC1752,LPC1754,LPC1756,
LPC1758,LPC1759,LPC1764,LPC1765,LPC1766,LPC1767,LPC1768,LPC1769,
LPC2101,LPC2102,LPC2103,LPC2104,LPC2104/01,LPC2105,LPC2105/01,
LPC2106,LPC2106/01,LPC2109,LPC2109/01,LPC2114,LPC2114/01,LPC2119,
LPC2119/01,LPC2124,LPC2124/01,LPC2129,LPC2129/01,LPC2131,LPC2131/01,
LPC2132,LPC2132/01,LPC2134,LPC2134/01,LPC2136,LPC2136/01,LPC2138,
LPC2138/01,LPC2141,LPC2142,LPC2144,LPC2146,LPC2148,LPC2194,
LPC2194/01,LPC2210,LPC2210/01,LPC2212,LPC2212/01,LPC2214,LPC2214/01,
LPC2220,LPC2290,LPC2290/01,LPC2292,LPC2292/01,LPC2294,LPC2294/01,
LPC2361,LPC2362,LPC2364,LPC2365,LPC2366,LPC2367,LPC2368,LPC2377,
LPC2378,LPC2387,LPC2388,LPC2420,LPC2458,LPC2460,LPC2468,LPC2470,
LPC2478,LPC2880,LPC2888,LPC2917,LPC2917/01,LPC2919,LPC2919/01,
LPC2921,LPC2923,LPC2925,LPC2927,LPC2929,LPC2930,LPC2939,LPC3130,
LPC3131,LPC3141,LPC3143,LPC3152,LPC3154,LPC3180,LPC3220,LPC3230,
LPC3240,LPC3250,SJA2010
OKI Semiconductor(ARM7/ARM9/Cortex Family)
ML674000,ML674001,ML674002,ML674003,ML675001,ML675002,ML675003,
ML675011,ML67Q4050,ML67Q4051,ML67Q4060,ML67Q4061,ML67Q5250,
ML67Q5260,ML696201,ML69Q6203
ROHM(ARM7/ARM9/Cortex Family)
BU1511KV2
Samsung(ARM7/ARM9/Cortex Family)
S3C2410A,S3C2440A,S3C44B0X,S3C4510B,S3F4A0KR,S3F4A1HR,S3F4A2FR��S3C6410
Socle Technology Corp.(ARM7/ARM9/Cortex Family)
PC7130,PC7230
STMicroelectronics(ARM7/ARM9/Cortex Family)
STA2051,STM32F100C4,STM32F100C6,STM32F100C8,STM32F100CB,
STM32F100R4,STM32F100R6,STM32F100R8,STM32F100RB,STM32F100V8,
STM32F100VB,STM32F101C4,STM32F101C6,STM32F101C8,STM32F101CB,
STM32F101R4,STM32F101R6,STM32F101R8,STM32F101RB,STM32F101RC,
STM32F101RD,STM32F101RE,STM32F101RF,STM32F101RG,STM32F101T4,
STM32F101T6,STM32F101T8,STM32F101TB,STM32F101V8,STM32F101VB,
STM32F101VB,STM32F101VC,STM32F101VD,STM32F101VE,STM32F101VF,
STM32F101VG,STM32F101ZC,STM32F101ZD,STM32F101ZE,STM32F101ZF,
STM32F101ZG,STM32F102C4,STM32F102C6,STM32F102C8,STM32F102CB,
STM32F102R4,STM32F102R6,STM32F102R8,STM32F102RB,STM32F103C4,
STM32F103C6,STM32F103C8,STM32F103CB,STM32F103R4,STM32F103R6,
STM32F103R8,STM32F103RB,STM32F103RC,STM32F103RD,STM32F103RE,
STM32F103RF,STM32F103RG,STM32F103T4,STM32F103T6,STM32F103T8,
STM32F103TB,STM32F103V8,STM32F103VB,STM32F103VC,STM32F103VD,
STM32F103VE,STM32F103VF,STM32F103VG,STM32F103ZC,STM32F103ZD,
STM32F103ZE,STM32F103ZF,STM32F103ZG,STM32F105R8,STM32F105RB,
STM32F105RC,STM32F105V8,STM32F105VB,STM32F105VC,STM32F107RB,
STM32F107RC,STM32F107VB,STM32F107VC,STR710FZ1,STR710FZ2,
STR711FR0,STR711FR1,STR711FR2,STR712FR0,STR712FR1,STR712FR2,
STR715FR0,STR730FZ1,STR730FZ2,STR731FV0,STR731FV1,STR731FV2,
STR735FZ1,STR735FZ2,STR736FV0,STR736FV1,STR750FL2,STR750FV0,
STR750FV1,STR750FV2,STR751FR0,STR751FR1,STR751FR2,STR752FR0,
STR752FR1,STR752FR2,STR755FR0,STR755FR1,STR755FR2,STR755FV0,
STR755FV1,STR755FV2,STR910FAM32,STR910FAW32,STR910FAZ32,
STR910FM32,STR910FW32,STR911FAM42,STR911FAM44,STR911FAM46,
STR911FAM47,STR911FAW42,STR911FAW44,STR911FAW46,STR911FAW47,
STR911FM42,STR911FM44,STR912FAW42,STR912FAW44,STR912FAW46,
STR912FAW47,STR912FAZ42,STR912FAZ44,STR912FAZ46,STR912FAZ47,
STR912FW42,STR912FW44
Texas Instruments(ARM7/ARM9/Cortex Family)
TMS470R1A128,TMS470R1A256,TMS470R1A288,TMS470R1A384,TMS470R1A64,
TMS470R1B1M,TMS470R1B512,TMS470R1B768,TMS570LS20216
Toshiba(ARM7/ARM9/Cortex Family)
TMPA900CMXBG,TMPA910CRAXBG,TMPM330FDFG,TMPM330FWFG,
TMPM330FYFG,TMPM332FWUG,TMPM360F20FG,TMPM361F10FG,
TMPM362F10FG,TMPM363F10FG,TMPM364F10FG,TMPM370FYDFG,
TMPM370FYFG,TMPM380FYDFG,TMPM380FYFG,TMPM395FWAXBG
Zilog(ARM7/ARM9/Cortex Family)
ZA9L