AdvancedTCA®/AdvancedMC™ Rapid System Development AdvancedMC™ Reference Design Long Term Evolution (LTE) and WiMAX channel card

Featuring • MPC8555E Powerful and flexible PowerQUICC® III communication processor e500 core, built on Power Architecture™ technology, at 833 MHz Eases board control and control I/O processing • 2 x MSC8126 DSPs 4 x SC140 extended StarCore® DSP cores at 500 MHz Designed to increase system performance Speeding up Development, Reference Design Collateral and decrease system latencies Intercepting Markets • Detailed Design Specifications (DDS): Details Rapid time to market is one of the most critical • WiMAX 10 MHz three sector capable the specifications of the design example. success factors for any business. With this • IEEE® 802.16—2005 WiMAX-compliant Help customers understand the architecture ever increasing pressure, the need to quickly media access (MAC) and physical (PHY) and components used in the design. prototype and develop designs and systems layer software available separately • Schematics: Comprehensive design-level can be a key engineering bottleneck. As part schematics. Aids and accelerates the design • Application area of Freescale’s ATCA/AdvancedMC™ (AMC) process by giving customers full design LTE and WiMAX channel card processing Rapid System Development Program, the level connectivity and component values. • Reference design collateral reference designs are free design examples • Gerber Files: Design example Gerber Comprehensive pack of design collateral with supporting collateral to help accelerate data to assist manufacturing—drilling the design and systems building process. Assists customer designs and decreases diagrams, routing plots, tracking and time to market Each of the reference designs is supported hole dimensions etc. • Supports industry-standard rack options with collateral comprised of detailed designed • Firmware: Design example code for AdvancedTCA® (ATCA) or MicroTCA™ specifications, schematics, Gerbers, firmware on-board CPLDs, FPGAs and ROMs. code/files and software such as board support • Software: BSPs, drivers and demo packages (BSPs) and drivers. applications to assist in design, board and application bring-up. The MSC8126 and MPC8555E-based channel • Device Data Sheet Links: Quick links card design example featured here forms to online Freescale device data sheets the basis of an LTE or WiMAX base station. and resources to help speed up The combination of the fully programmable device knowledge. MSC8126 DSPs and the field-programmable

gate arrays (FPGAs) provide a range of PHY Note: The design examples are provided “AS IS”. solutions while the MPC8555E provides The reference design collateral may be subject to registration, license or other agreements. typical control, media access control (MAC) and transport functionality where applicable. The reference design collateral can help accelerate customers and third parties in their LTE and WiMAX development phases and greatly reduce designers’ time to market. Board Level Device Features System bus interface to algorithmic FPGA Single 4 x SERDES (sRIO) (Port 8:11) • MPC8555E UART for RS232 • Front panel e500 core, built on Power Architecture JTAG interface Gigabit Ethernet interface (RJ45) technology, at 833 MHz • 2 x FPGAs 2 x 100Base-T (RJ45) 2300 MIPS at 1 GHz (Dhrystone 2.1) Algorithmic FPGA—time domain • Headers and debug 2 x Gigabit Ethernet (GbE) and chip rate processing 2 x RS232 (MPC8555E) interfaces (TSECs) SERDES FPGA—2 x Serial RS232 ports (algorithmic FPGA) DDR I memory controller: 333 MHz RapidIO® (sRIO) interfaces RS232 per MSC8122 Local bus CPLD/flash interface Expansion of FPGA via ADC 2 x UARTs for RS232 Board Memory JTAG/COP • 2 x MSC8126 • MPC8555E: 256 MB DDR I SODIMM 4 x SC140 extended StarCore DSP cores • MPC8555E: 16 MB flash memory at 500 MHz • Algorithmic FPGA: 256 MB DDR II SODIMM Application Area Baseband processing within: 16 ALUs on a chip deliver up to • 3G Node B 8000 MMACS Board I/O 1436 KB of internal SRAM • AMC connector • WiMAX Node B TCOP-VCOP Gigabit Ethernet interface—control (Port 0) • Graphics processing 100Base-T Ethernet interface Single 4 x SERDES (sRIO) (Port 4:7)

Learn More: For more information about Freescale’s ATCA/ AMC Rapid System Development Program, please visit www.freescale.com/atca.

Freescale® and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. The Power Architecture and Power.org word marks and the Power and Power.org logos and related marks are trademarks and service marks licensed by Power.org. © Freescale Semiconductor, Inc. 2007 Document Number: AMCCHANLCRDRDFS REV 2