Dragon Ball is the most successful processor used in PDAs introduced by Motorola. Dragon Ball MX1 processor is the perfect integration of Dragon Ball and the ARM architecture. It is smaller, cheaper, and uses less energy. It is perfect for information electronics, Smart Phones, Tablet PCs, portable devices and PDAs. Embedded Linux and ARM learning platform integrates Embedded Linux, an OS with the most potential in the industry, and a mobile computing ARM architecture chip. It comes with professional learning materials and an operating manual that helps engineers starts from zero. Users can learn embedded hardware design, device driver development, operating system principles, and application development. It is also ideal for undergraduate and graduate students in universities to study embedded system design. From the simple single chip era to the embedded e-era, it helps universities to train advanced embedded development professionals. The system uses a core board and an expansion board design and supports development at both levels. Its perfect for teaching, learning and special applications, and runs the mainstream Embedded Linux OS, thus provides students the best development foundation. ARM9 architecture is the most popular SOC architecture now, by using this system students are trained not only for the academic but also the real world. Feature: Motorola MX1 200MHz ARM920T processor 32MB SDRAM B16MB Flash 320x240 color STN LCD A4096 colors Supports four line touch panel (optional) 2 RS-232, Ethernet 1 USB Client, JTAG interface 8 bits AD/DA switch, 1 4x4 keypad High performance surround sound Audio driver output Supports MPEG4, MP3 ARM cross-editing connection software
Dragon Ball is the most successful processor used in PDAs introduced by Motorola. Dragon Ball MX1 processor is the perfect integration of Dragon Ball and the ARM architecture. It is smaller, cheaper,
ARM JTAG is a utility tool used for ARM processor software development. It is fully IEEE 1149.1 compliant and is a powerful tool for SOC development on ARM architecture. It is a must-have for hardwar
ARM JTAG is a utility tool used for ARM processor software development. It is fully IEEE 1149.1 compliant and is a powerful tool for SOC development on ARM architecture. It is a must-have for hardwar
ARM JTAG is a utility tool used for ARM processor software development. It is fully IEEE 1149.1 compliant and is a powerful tool for SOC development on ARM architecture. It is a must-have for hardwar
DMA-ARM7 S3C4510B is a high performance, low cost development system based on embedded Ethernet system. It can be used to develop ARM technology assessment or embedded Linux system design. As a high
DMA-ARM7 S3C4510B is a high performance, low cost development system based on embedded Ethernet system. It can be used to develop ARM technology assessment or embedded Linux system design. As a high
DMA-ARM7 S3C4510B is a high performance, low cost development system based on embedded Ethernet system. It can be used to develop ARM technology assessment or embedded Linux system design. As a high
LHB-001 EResistance in series/AC Voltage EWheatstone s Bridge EResistance in parallel EKirchhoff s Law (KVL) LHB-002 ENode/Loop Analysis EMax. Watts Transformation EThevenin/Norton Theory
LHB-001 EResistance in series/AC Voltage EWheatstone s Bridge EResistance in parallel EKirchhoff s Law (KVL) LHB-002 ENode/Loop Analysis EMax. Watts Transformation EThevenin/Norton Theory
help
Add to favorite
Favorite products
