- The USB Resource Compiler (USBRC) translates a high-level description of a device into error-free descriptors.
- The MCCI Catena 1610 Development Platform allows you to develop and test your USB firmware on a Windows platform using Visual C++. Supported operating systems include OSE and Nucleus.
- The MCCI Catena 1620 USB On-The-Go Development Platform allows you to develop and test USB On-The-Go host and device firmware for the NXP ISP-1362 on a Windows platform, using Visual C++. Similar to the Catena 1610, the 1620 supports OSE and Nucleus hosted development on Windows. The Catena 1620 has 14 programmable endpoints and 1 control endpoint.
- The MCCI Catena 1630 USB On-The-Go Development Platform allows you to develop and test USB On-The-Go host and device firmware for the Epson S1R72005 on a Windows platform, using Visual C++. Similar to the Catena 1610 and 1620, the 1630 supports OSE SoftKernel and Nucleus MNT. The Catena 1630 has 5 programmable endpoints and endpoint 0.
- The MCCI Catena 1650 USB On-The-Go Development Platform allows you to develop and test USB On-The-Go host and device firmware for the NXP ISP1761 HS OTG & Host using Visual C++. Similar to the Catena 1610, 1620, and 1630, the 1650 supports OSE and Nucleus. The Catena 1650 has 14 programmable endpoints plus 1 control endpoint.
- The MCCI Wombat 1510 USB test board combines a 50 MIPs ARM-7 network processor (S3C4510) with an Agere Systems USS-820D USB device interface, 100BaseT Ethernet, AC-97 Audio, serial ports, 16MB of DRAM, 16MB of NAND Flash, and 1MB of NOR Flash.
- The MCCI USB DataPump® Firmware Development Environment (FDE) combines the Wombat test board with a complete USB firmware development environment based on MCCI USB DataPump. Using this kit, engineers can quickly go from source code to a working USB device.
- The MCCI InstallRight Classic installation utility for Windows simplifies the process of creating professional event-driven installations for USB devices.
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