Allows developers to evaluate a diverse set of peripherals on the ADSP-BF533, ADSP-BF537, ADSP-BF538F, and ADSP-BF561 processors [more]
Blackfin USB-LAN EZ-Extender for EZ-KIT Lite
Allows developers to connect to the Asynchronous Memory Bus on the ADSP-BF533 EZ-KIT Lite, ADSP-BF537 EZ-KITLite, ADSP-BF538F EZ-KIT Lite, and ADSP-BF561 EZ-KIT Lite [more]
Blackfin FPGA EZ-Extender for the EZ-KIT Lite's
Aids the design and prototype phases of ADSP-BF533, ADSP-BF537, ADSP-BF538F, or ADSP-BF561 processor targeted applications [more]
Blackfin Audio EZ-Extender for the EZ-KIT Lite's
Aids the design and prototype phases of ADSP-BF533, ADSP-BF537, ADSP-BF538For ADSP-BF561processor targeted audio applications. [more]
CM-BF527 - Blackfin Core Module
The CM-BF527 module provides a rich set of peripherals at low power consumption (90nm Chip technology) and low cost. The CM-BF527 supports an on-board Ethernet 10/100Mbit function incl. physical transceiver as well as USB-OTG 2.0 function incl. physical transceiver as well as all other standard microcontroller interfaces. The module allows easy integration into high performance very space and power limited applications. [more]
CM-BF533 - Blackfin Core Module
The CM-BF533 is a high performance and low power processor core module incorporating Analog Devices Blackfin family of processors. It is the lowest cost member of the Blackfin family and may be used as a very powerful co-processor or in a standalone application. The module allows easy integration into high demanding very space and power limited applications. [more]
CM-BF537E - Blackfin Core Module
The CM-BF537E is the most complete member of the Blackfin processor familiy from Analog Devices and supports an on-board Ethernet function including a 10/100MBit physical transceiver as well as a CAN interface. The module allows easy integration into demanding and very space and power limited applications. [more]
TCM-BF537 - Blackfin Tiny Core Module
The TCM-BF537 is an ultra small Core Module designed for industrial temperature range and volume production. It combines Power Supply, RAM and FLASH into a module as small as a chip package. Two 60 pin expansion connectors allow quick prototyping. The module is also available with Border Pads (BP) or a Ball Grid Array (BGA) for low height integrations into the final product. [more]
CM-BF548 - Blackfin Core Module
The CM-BF548 Core Module is the most powerful Blackfin based single core processor module providing exceptional high performance (DDR RAM) and a large number of interfaces. The module allows easy integration into high performance very space and power limited applications. Two 100 pin connectors bring all interfaces of the ADSP-BF548 on a baseboard. [more]
CM-BF561 - Blackfin Core Module
The CM-BF561 Core Module provides an exceptional high performance at low power consumption with its symmetric dual core processor ADSP-BF561 from Analog Devices. A 32Bit wide SD-RAM bus as well as 2 PPI interfaces will avoid any data bottlenecks. The module allows easy integration into highly demanding very space and power limited applications. [more]
CM-i.MX27C - i.MX27 Core Module
The Core Module CM-i.MX27C is based on Freescale‘s i.MX27multimedia applications processor. The CM-i.MX27 features a lot of connectivity options and provides robust security in mobile devices designs. Video streaming with superb image and video quality using the integrated Hardware Video Encoder and Decoder makes this Core Module an excellent choice for voice- and video-over-IP applications. Since all the connectivity components are already contained on the Core Module itself, the CM-i.MX27C allows very small footprint designs. [more]
CM-i.MX35C - i.MX35 Core Module
The Bluetechnix Core Module CM-i.MX35 is based on Freescale‘s i.MX35 processor family. Specifically designed for industrial applications it provides a magnitude of interfaces for use in the industrial application field. Additionally, basic multimedia interfaces allow for simple integration of graphical user interfaces or video features. The CM-i.MX35 is the successor to Bluetechnix‘ successful CM-i.MX31C. [more]
CY8CKIT-008 PSoC® CY8C29 Family Processor Module Kit
The PSoC® CY8C29 Family Processor Module is designed to evaluate andexperiment with Cypress’s PSoC 1 programmable system-on-chip designmethodology and architecture. This processor module can be used inconjunction with the PSoC Development Kit (CY8CKIT-001) to createdesigns utilizing on-board DVK resources or compatible expansion boards.This kit provides you with an additional processor module to use withdifferent projects. [more]
CY3280-SLM Linear Slider Module Kit
The CY3280-SLM Linear Slider Module consists of five CapSense buttons,one linear slider (with ten sensors) and five LEDs. This module connectsto any CY3280 Universal CapSense Controller Board, such as the latest CY3280-20x66 DVK. [more]
CY3280-BSM Simple Button Module Kit
The CY3280-BSM Simple Button Module consists of ten CapSense buttons andten LEDs. This module connects to any CY3280 Universal CapSenseController Board, such as the latest CY3280-20x66 DVK. [more]
CY3280-BMM Matrix Button Module Kit
The CY3280-BMM Matrix Button Module consists of eight LEDs as well aseight CapSense sensors organized in a 4x4 matrix format to form 16physical buttons. This module connects to any CY3280 Universal CapSenseController Board, such as the latest CY3280-20x66 DVK. [more]
The CY3280-BBM Universal CapSense Prototyping Module provides access toevery signal routed to the 44-pin connector on the attached controllerboard(s). Use the Prototyping Module board in conjunction with aUniversal CapSense Controller board (either the stand-alone CY3280-24x94Controller Board or the CY3280-20x34 and CY3280-21x34 Controller Boardscontained within the CY3280-BK1 Kit) to implement additionalfunctionality that is not part of the other single-purpose UniversalCapSense Module boards [more]
Derivative Board for LQFP48 with LPC2103 loaded
The DB-LQFP48-LPC2103 is the Derivative Board for the LPC2103microcontroller in a 48 pin LQFP package. The DB-LQFP48-LPC2103 requiresthe use of the USB-Dongle for power and a programming interface. [more]
System On Module LV TMS320C6748
The OMAP-L138 System on Module (SOM) is a compact, product-ready hardware and software solution that fast forwards embedded designs while reducing risk and controlling cost. Designed in the SOM-M1 form factor, the OMAP-L138 module offers essential features for handheld and embedded networking applications. The OMAP-L138 SOM-M1 features the superset OMAP-L138 processor, but also supports the TMS320C6748 digital signal processor. [more]
NXP LH7A404 (32 MB Flash) Card Engine
The LH7A404 Card Engine is a complete System on Module (SOM) that offers essential features for handheld and embedded networking applications. Use of custom baseboards makes the Card Engine the ideal foundation for OEMs developing handheld and compact products. The Card Engine provides a common reference pin-out on its expansion connectors, which enables easy scalability to next generation microprocessor Card Engines when new functionality or performance is required. [more]
Marvell PXA270 520 MHz Card Engine
The PXA270 Card Engine is a complete System on Module (SOM) that offers essential features for handheld and embedded networking applications. Use of custom baseboards makes the Card Engine the ideal foundation for OEMs developing handheld and compact products. The Card Engine provides a common reference pin-out on its expansion connectors, which enables easy scalability to next generation microprocessor Card Engines when new functionality or performance is required. [more]
System On Module LV OMAP3530 (8 MB Flash)
Based on Texas Instruments´ OMAP 3 processor family and designed in the SOM-LV Type III form factor, the OMAP35x module offers essential features for handheld and embedded networking applications. The OMAP35x SOM-LV features the superset OMAP3530 processor but also supports the OMAP3503 processor. [more]
System On Module OMAP3530 Torpedo
Logic PD´s Torpedo System on Module (SOM) is an ultra-compact form factor based on Texas Instruments´ OMAP35x processor family. The OMAP35x Torpedo SOM provides a dime-sized module solution for applications that require low-power and high-performance within tight space constraints. By using the 0.4 mm BGA pitch OMAP processor that leverages (PoP) technology, the Torpedo SOM requires 45% less surface area and 12% less volume when compared to the equivalent OMAP 0.65 mm BGA package and external memory solution. [more]
NXP LH7A404 (16 MB Flash) Card Engine
The LH7A404 Card Engine is a complete System on Module (SOM) that offers essential features for handheld and embedded networking applications. Use of custom baseboards makes the Card Engine the ideal foundation for OEMs developing handheld and compact products. The Card Engine provides a common reference pin-out on its expansion connectors, which enables easy scalability to next generation microprocessor Card Engines when new functionality or performance is required. [more]
System On Module LV OMAPL138
The OMAP-L138 System on Module (SOM) is a compact, product-ready hardware and software solution that fast forwards embedded designs while reducing risk and controlling cost. Based on Texas Instruments´ OMAP-L138 processor and designed in the SOM-M1 form factor, the OMAP-L138 module offers essential features for handheld and embedded networking applications. [more]
System On Module AM3517
The AM3517 System on Module (SOM) is a compact, product-ready hardware and software solution that fast forwards embedded designs while reducing risk and controlling cost. Based on Texas Instruments´ Sitara AM3517 microprocessor and designed in the SOM-M2 form factor, the AM3517 module offers essential features for handheld and embedded networking applications. [more]
SYSTEM ON MODULE LV OMAP3503
The OMAP35x System On Module (SOM) is a compact, product-ready hardware and software solution that fast forwards Embedded designs. Based on Texas Instruments’ OMAP™ processor family and designed in the SOM-LV Type III form factor, the OMAP3503 module offers essential features for handheld and embedded networking Applications. The OMAP3503 SOM-LV features the OMAP3503 processor running up to 600 MHz with 128 MB mobile DDR and 256 MB NAND Flash. [more]
SYSTEM ON MODULE LV OMAP3530 (Commercial Temp.)
The OMAP35x System On Module (SOM) is a compact, product-ready hardware and software solution that fast forwards embedded designs. Based on Texas Instruments’ OMAP™ processor family and designed in the SOM-LV Type III form factor, the OMAP3530 module offers essential features for handheld and embedded networking applications. The OMAP3530 SOM-LV features the OMAP3530 processor running up to 600 MHz with 128 MB mobile DDR and 256 MB NAND Flash. [more]
System on Module LV OMAP3503 (8 MB Flash)
The OMAP35x System On Module (SOM) is a compact, product-ready hardware and software solution that fast forwards Embedded designs. Based on Texas Instruments’ OMAP™ processor family and designed in the SOM-LV Type III form factor, the OMAP3503 module offers essential features for handheld and embedded networking Applications. The OMAP3503 SOM-LV features the OMAP3503 processor running up to 600 MHz with 128 MB mobile DDR and 256 MB NAND Flash. [more]
SYSTEM ON MODULE LV OMAP3530 (8 MB Flash, Extended Temp.)
The OMAP35x System On Module (SOM) is a compact, product-ready hardware and software solution that fast forwards embedded designs. Based on Texas Instruments’ OMAP™ processor family and designed in the SOM-LV Type III form factor, the OMAP3530 module offers essential features for handheld and embedded networking applications. The OMAP3530 SOM-LV features the OMAP3530 processor running up to 600 MHz with 128 MB mobile DDR and 256 MB NAND Flash. [more]
MOD5272-100IR Core Module, Industrial Temperature
Traditionally, companies using 8 and 16-bit platforms find it nearly impossible to run resource-intensive applications on fast Ethernet connections. This module features a Web-based control interface, a full32-bit architecture providing 60+ MIPS and the full suite of TCP/IP protocols. The 32-bit high performance processing platform provides the horsepower to handle both 10/100 Ethernet connections andresource-demanding applications with ease and flexibility. [more]
MOD5282-100IR Core Module, Industrial Temperature
Traditionally, companies using 8 and 16-bit platforms find it nearlyimpossible to run resource-intensive applications on fast Ethernet connections. This module features a Web-based control interface, afull32-bit architecture providing 60+ MIPS and the full suite of TCP/IPprotocols. The 32-bit high performance processing platform provides thehorsepower to handle both 10/100 Ethernet connections andresource-demanding applications with ease and flexibility. [more]
PCB Expansion Board
Bare wire-wrap PCB in EURO-card dimensions (100x160 mm) interfaces to phyCORE Carrier Boards with Expansion Bus.
The GPIO offers quick and easy demonstration of many features of the microcontroller populating various phyCORE Single Board Computers that mount on the Carrier Board. Multiple GPIO devices enable input and output testing.
PCI insert card adding CAN connectivity to computers in a plug and play fashion. Available with single or dual CAN channels as well as with optical isolation of CAN signals. Includes PCANview CAN monitor, drivers and source code demos.
Insert card for PCI Express bus systems adding CAN connectivity in a plug and play fashion. Available with single or dual CAN channels as well as with optical isolation of CAN signals. Includes PCANview CAN monitor, drivers and source code demos.
Connectivity solution for PC/104plus systems to up to two CAN networks. Up to 4 cards can be operated in the same system with flexible configuration by means of jumpers. Includes PCANview CAN monitor, drivers and source code demos for Windows and Linux.
ToolStick Daughter card for C8051F300/301/302/303/304/305
The target MCU and application circuitry are located on the Daughter Card; the IDE interfaces with this MCU. The Daughter Card plugs into the Base Adapter. [more]
Raisonance Daughter Card for STM3210B-SK/RAIS
Raisonance daughter card upgrades STM3210B-SK/RAIS (Raisonance REva Starter Kit for STM32) to Performance Line. [more]
Supplemental DB28 daughterboard for the LM3S101 microcontroller
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB28 daughterboard for the LM3S102 microcontroller
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB48 daughterboard for the LM3S301 microcontroller
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required [more]
Supplemental DB48 daughterboard for the LM3S315, LM3S316, LM3S611, LM3S613, and LM3S811 microcontrollers
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB48 daughterboard for the LM3S610, LM3S612, LM3S615, LM3S812, and LM3S815 microcontrollers
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB48 daughterboard for the LM3S328, LM3S628, and LM3S828 microcontrollers
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB48 daughterboard for the LM3S317, LM3S617, and LM3S817 microcontrollers
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
Supplemental DB48 daughterboard for the LM3S618, and LM3S818 microcontrollers
If you have already purchased the Luminary Micro Stellaris FamilyDevelopment Kit packaged with a specific daughterboard, you can workwith our full line of microcontrollers by ordering additionaldaughterboards to use with the same kit. Development Kit required. [more]
MSP430 Wireless Development Tool Target Board
The eZ430-RF2500T is an additional wireless target board for the eZ430-RF2500wireless development tool. [more]
