» AM4120 « Universal Processor AMC based on Freescale™ QorIQ Technology Universal and cost effective solution » Freescale™ QorIQ P2020 – dual core @1.2GHz Great Longevity » Processor roadmap until 2018 » microSD card socket Easy implementation » Useable in managed (with MCH) and unmanaged (without MCH) systems If it’s embedded, it ’s Kontron. D Datasheet_AM4120_05okt2011.indd 1 atasheet_AM4120_05okt2011.indd 1 2 22.02.2012 10:09:24 2.02.2012 10:09:24 AM4120 AM4120 Universal cost effective processor AMC module » Universal » Longevity The AM4120 is a universal CPU board implemented as The AM4120 meets highest demands regarding longevity Single Mid-Size Advanced Mezzanine Card (AMC) for due to processor availability at least until 2018, careful MicroTCA applications. The cost optimized design is based component selection and a Mircro SDHC card socket to be on the Freescale ™ QorIQ P2020 Dual Core processor, not affected by regular fl ash discontinuation. The up to 8 based on e500 Power Architecture®. The features of the GbE DDR-3 memory grant as well longevity. AM4120 grant reliability of the application, for example This QorIQ processor module is therefore suitable for through redundant U-Boot. The persistent memory for industrial automation, medical, networking, telecom and cyclic data store work even when they are powered down. military applications. » Flexible » AMC systems The AM4120 is a fl exible solution. The 4x SERDES lines Kontron also offers a choice of AMC systems for the are routed to AMC ports 4 – 7, confi gurable either as AM4120. For instance the OM6060 can be used as entry PCIe (root complex or end point) or SRIO ports (host level platform for operating the AM4120 with point to or agent), for those applications which require close point fabrics PCIe and SRIO in combination with the programming to the chip without extensive overhead. As AM4901 basic MCH which provides Ethernet connectivity well fl exibility is achieved through different options of to all AMC slots. In this system the AM4120 can be booting the OS, either from the Micro SDHC card, the NOR combined with I/O cards, DSP cards and different or the NAND Flash (for rugged applications). The AM4120 processor boards. The OM6120 provides multiple 10Gbit supports up to 3 GbE channels: AMC port 0 + 2x Front or performance over SRIO for up to 12 AMCs in combination port 0,1 + 1x Front. Depending on the application, the with the AM4904–SRIO MCH. This system also allows to AM4120 supports usage in systems with MCH or without switch PCIe fabrics in combination with AM4904-PCIe MCH in order to reduce costs and speed up system MCH. It can be operated with dual MCHs. development. Depending on application requirements the AM4120 is available with Freescale™ P2020 for regular and extended temperature range on project request. AM4120 SINGLE WIDTH PRAMC Front Panel AMC Connector DDR3 SDRAM DDR Config: Port No. up to 4 GB w ECC soldered 2 or 4 GB Common Option SERDES To AMC Port 1 To Front PHY 1 Region 600MHz / 72-bit SERDES DDR3 RJ-45 Mag. RGMII GbE eTSEC 2 Dual Gigabit RGMII Gigabit SERDES Ethernet eTSEC 3 Ethernet 0 RGMII PHY eTSEC 1 PHY GbE RJ-45 Mag. Debug Fat Pipe PEX1 SRIO 4x or Region COP/ 4-7 SRIO1 COP RJ-45 RS232 Freescale PCIe x4 COM JTAG QorIQ CLK CLK PCIe clk MUX FCLKA P2020 Opt. NAND NOR FLASH MRAM FLASH Dual-Core Opt. SSD up to up to up to 512 KB PowerPC Temp. EEP EEP 64 MB RTC 2 GB up to 1.2GHz Sense SYS USER local bus eLBC I2C Extended Option COM Front Panel Region MicroSD LEDs SDHC Card DUART DUART Socket SPI FPGA MSPP80 / DEBUG 14 DEBUG User Board Control COM 15 COM TCLKA TCLKA AMC inlet and board temperature sensors DC/DC converters Default boot Hot Swap SPI / I2C / UART FRU device Blue LED EEP Temp. Temp. redundant 12V PP In: 12 V SPI NOR 64 kB Sense Sense Out: 5 V / 3.3 V / 2.5 V / Out-of-Service Flash 1.5 V / 1.05 V 2 MB SPI Flash Health MMC 3.3V MP 4 MB I2C Hot Swap I2C IPMB-L Switch 2 www.kontron.com D Datasheet_AM4120_05okt2011.indd 2 atasheet_AM4120_05okt2011.indd 2 2 22.02.2012 10:09:25 2.02.2012 10:09:25 AM4120 Technical Information Form Factor Single width, mid-size module (full size on project request) CPU and PCH 2GB and 4GB RAM with ECC standard, 8GB on project request 2x2MB SPI NOR (for Bootloader, fallback confi guration) 1x8MB NOR (for VxWorks) 128kB persistent memory standard or not assembled, up to 512kB on project request 1GB NAND Flash standard or not assembled, 2GB on project request MicroSD card socket System Interconnection Port 0: 1xGbE Port 1: 1xGbE (routable to front plate, software selectable, default: port 1) Ports 4-7: sRIO or PCIe (DIP switch) Port 14: Debug Port15: COM2, 3.3V TTL FCLKA: bidirectional PCIe clock confi guration IPMB-L pins: Spec compliant IPMI Power supply: 3.3V management power, 12V payload power Front Panel Interfaces 1xGbE 1xGbE (routable to Port 1, software selectable, default port 1) COM1, RS232 4xLEDs: control and status, bi-color (red/green LEDs) 3xLEDs: connected to MMC (healthy, hot swap, out of service) Watchdog, timeout 125ms to 4096s in 16 steps Miscellaneous RTC (not buffered) Software Bootloader U-Boot IPMI VxWorks 6.9 BSP Linux LTIB BSP Compliancy MicroTCA PICMG MTCA.0 Micro Telecommunications Comp. Architecture R1.0 PCI Express PCI Express Base Specifi cation Revision 1.0 AMC PICMG AMC.0: Advanced Mezzanine Card Specifi cation R2.0 PICMG AMC.1: PCI Express and Advanced Switching R1.0 PICMG AMC.2: Gigabit Ethernet R1.0 PICMG AMC.4: Serial Rapid IO IPMI IPMI Intelligent Platform Management Interface Spec. V2.0, 1.5 General Dimensions 181.5 mm x 73.5 mm Board Weight ~280g MTBF AM4120 311426 h MIL-HDBK-217 FN2 Ground Benign 30° AM4120 222859 h Bellcore Issue 6 Ground Benign 30° Power Supply 12 V payload power, 3.3 V management power Power Consumption ~17W Environmental Operating Temperature -5°C to +55ºC Acc. IEC60068-2-1/2 Extended temperature version @1GHz on project request (-40°C…+75°C) Humidity Operating 93% RH at 40°C, non condensing Acc. IEC60068-2-78 Vibration (sinusoidal) 5Hz to 150Hz, 1g Acc. to IEC 60068-2-6 Shock 15g / 11ms Acc. to IEC 60068-2-27 EMC Immunity: acc. to EN 55024 and 61000-6-2 Emission: acc. to EN 55022, class B and FCC47, part 15, subpart B Safety IEC 60950-1 Ordering Information Article Description AM4120-1.2D-4-1-128 P2020 1.2GHz dual core, 4GB RAM with ECC, 1GB NAND Flash, 128kB MRAM P2020 1.2GHz dual core, 2GB RAM with ECC, 0GB NAND Flash, 0kB MRAM AM4120-1.2D-2-0-0 VXW-BSP-AM4120 WindRiver VxWorks BSP LIN-BSP-AM4120 Linux BSP based on Freescale package (LTIB) Note: All AM4120 boards provide a microSD card socket. Default delivery state: » sRIO Host (8-bit) on AMC port 4-7 » GbE on AMC port 1 (i.e. only 1xGbE on front panel) Rugged versions on project request: » Extended shock/vibration resistance with specifi c front panel, acc. MicroTCA.1/XR2 » Extended temperature range with 1GHz processor, -40°C…+70°C, acc. MicroTCA.1/XT1 3 www.kontron.com D Datasheet_AM4120_05okt2011.indd 3 atasheet_AM4120_05okt2011.indd 3 2 22.02.2012 10:09:26 2.02.2012 10:09:26 AM4120 CORPORATE OFFICES Europe, Middle East & Africa North America Asia Pacifi c Oskar-von-Miller-Str. 1 14118 Stowe Drive 17 Building,Block #1,ABP. 85386 Eching/Munich Poway, CA 92064-7147 188 Southern West 4th Ring Road Germany USA Beijing 100070, P.R.China Tel.: +49 (0)8165/ 77 777 Tel.: +1 888 294 4558 Tel.: + 86 10 63751188 Fax: +49 (0)8165/ 77 279 Fax: +1 858 677 0898 Fax: + 86 10 83682438 info@kontron.com info@us.kontron.com info@kontron.cn 4 www.kontron.com D Datasheet_AM4120_05okt2011.indd 4 atasheet_AM4120_05okt2011.indd 4 2 22.02.2012 10:09:26 2.02.2012 10:09:26 #AM4120# 02222012WMH All data is for information purposes only and not guaranteed for legal purposes. Subject to change without notice. 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