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LAB Microsystems 
LAB Microsystems, LLC is a Texas Instruments third-party specializing in DSP hardware development tools. Their products, low-cost expansion boards for TI TMS 320C6416 DSP Starter Kits (DSKs), reflect their comittment to provide innovative, high-utility solutions to the TI developer audience.
Each TI DSK is a comprehensive DSP software development system, including target DSP board, JTAG emulation, Code Composer Studio™ IDE and the DSP/BIOS™ multitasking kernel. Offering unprecedented value, this ultra-low-cost toolchain provides a powerful platform for LAB Microsystems products.
LM1000
The LM1000 is a low-cost daughterboard for the TI TMS320C6416 DSP Starter Kits (DSKs). The LM1000 provides high-speed host-DSK communication by utilizing the PCI bus of the DSK. By installing a DSK onto the LM1000, and then installing the LM1000 into a PC, the user has full access to the DSP through it's PCI interface. The LM1000 DSK PCI carrier utilizes the PCI interface of the TMS320C6416 DSK to provide a low cost PCI based development system. When coupled with a DSK, the LM1000 can be installed into any 33 MHz/32 bit PCI slot and still provide full Code Composer functionality through an external USB link.
LM2000
With the LM2000 you can utilize off the shelf PCI cards to supercharge your 6416DSK. The LM2000 installs on the TI 6416 DSK and maps the DSK's PCI interface connector to three standard 32 bit 33 MHz PCI slots. Use these slots to install Ethernet cards, video cards, A/D cards, or most any off the shelf PCI card. A prototype area is also provided for development of custom circuits. The LM2000 can be used to speed software development of embedded DSP systems. No need to wait for hardware prototypes; your software team can now work in parallel on 'real' hardware getting you to market quicker.
LM1000 & LM2000
| Part Number |
Description |
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| USI21-1000 |
LM1000 PCI Development Daughterboard
TMS320C6416 DSK |
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| USI21-2000 |
LM2000 Embedded PCI Development Daughterboard
TMS320C6416 DSK |
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Additional Information
 
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