Emulex Pilot 3 - V-Comp

1 D A T A S H EET. Emulex Pilot 3 Connectivity Integrated Baseboard Management Controller Pilot 3 delivers faster speeds, support for more ports, additional sensors and reduced power requirements Cost-effective, Overview With short time-to-market, increased complexity and high-performance competitive market requirements, Emulex has taken Key Benefits remote the lead in providing server manufacturers with state- n Simplified management of remote servers, of-the art server technology such as the Emulex Pilot systems and appliances, thereby reducing management family of integrated BMC (iBMC) solutions. Emulex operational costs Controller revolutionized the industry by integrating the BMC, n Auto-discovery of system problems, Super I/O, Graphics controller and Remote Keyboard, increasing availability Video, Mouse and Storage (KVMS) functionality into a single ASIC, providing significant cost savings to data n Boot from storage device (CD-ROM, DVD. center managers. ROM, ISO image, floppy disk or USB flash disk), increasing operational efficiency The Emulex Pilot 3 iBMC auto-discovers system n Control reset and power to the motherboard, problems and increases the availability of servers as well as read status information through because it monitors all the internal sensors and Intelligent Platform Management Interface instrumentation within the server, delivering (IPMI), allowing the remote server to fully warnings of platform problems.

2 With patent-pending manage and monitor the host system, ClearKVM technology, the remote administrator's thereby reducing operational costs management experience is just like being at the server. It is richer, faster and more efficient than traditional iBMC solutions. Key Features n Single-chip multi-function design with Remote Boot support for industry standard protocols The Pilot 3 iBMC allows administrators to remotely Emulex Pilot 3 n High-performance secure remote KVM and boot physical and virtual servers from a variety of single-chip multi-function iBMC remote storage using Emulex 's ClearKVM. storage devices (CD-ROM, DVD ROM, ISO image, floppy drive or USB flash disk). Operational efficiencies technology are further increased because administrators can n Integrated BMC (fully IPMI and DCMI. remotely reboot a physical or virtual server following a compliant), Matrox G200e graphics firmware update, a basic input/output system (BIOS) controller, security and encryption engine update or even an operating system (OS) update.

3 The for SSL acceleration and Server Class Pilot 3 iBMC also delivers full control of the remote Super I/O. reset and powering of the server. n Support for concurrent local and remote Triple-core Architecture displays, as well as for remote platform The Emulex Pilot 3 iBMC triple-core architecture flash/BIOS updates Emulex is the is composed of three service processors. The first n Unique Programmable 8051 controller demonstrated leader service processor is used to run the embedded OS for self-test and application stacks, such as Linux and DCMI. The in management second service processor is available for offloading of n High-performance DDR2/3 memory controller controllers with the key applications ( , powering up or responding to real-time events). The third service processor may be n Dual 10/100/1000 Ethernet MAC. Pilot 3 iBMC selected used for real-time monitoring of sensors like General (RMII/RGMII). as the management Purpose I/Os (GPIOs). Additionally, the third processor n USB and USB interfaces is used for firmware self-test, emulating different controller by the firmware events to ensure the firmware is designed n 1x PCIe industry's largest and running according to specifications.

4 This helps n Enterprise-class software available from OEM customers accelerate the back-end platform AMI, ATEN, Avocent and Emulex server manufacturers. validation, minimizing their time-to-market. Emulex Pilot 3. Integrated Baseboard Management Controller Target Customers Pilot 3 BMC, ClearKVM for remote management Hardware Graphics Compression Engine The Emulex Pilot 3 iBMC is ideal for data center and graphics controller and Server Class Super I/O Supports both text and graphics redirection customers within the Enterprise, Scalable and Cloud features are as follows: Remote Video Acceleration Subsystem Computing, , HPC and SMB markets. BMC features Direct interface to Graphics Controller registers Target Products for Integration Fully IPMI and DCMI Compliant and frame buffer You can find the Emulex Pilot 3 iBMC embedded in the Integrated 32-bit 400 MHz ARM9 processor Hardware Encryption Engine following applications: with MMU and 16KB I/D caches ClearKVM for graphics controller features General purpose servers Integrated 32-bit 200 MHz RISC Second Service Integrated 2D graphics core with hardware Processor (SSP) offloads real-time processing Blade servers acceleration Integrated 200 MHz 8051 processor for BMC test Storage systems DDR2/3 memory interface supports up to 16MB.

5 Infrastructure or general purpose directly accessible from Host and entire DDR. Networking systems 16-bit DDR-2/3 memory interface (up to 800 MHz) memory indirectly accessible from host processor Three independent SPI interfaces, one with 3 Chip Supports all display resolutions up to Emulex Pilot 3 iBMC Advantages Selects on Boot SPI 1920 x 1200 x 16bpp resolution at 60Hz The Emulex Pilot 3 iBMC offers the following 8-bit NAND/Memory Address Data External bus High speed Integrated 24-bit RAMDAC. advantages: interface supports up to three devices Single lane PCI-Express host interface Industry's first single-chip iBMC controller SD/MMC card controller with DMA support designed for lights-out management Server Class Super I/O features Direct PECI interface Unique, high-performance Triple-Core architecture Two watchdog timers Keyboard Style/BT interface for BMC support enhances the remote platform manageability Two fully functional serial ports, compatible Dedicated RTC counter that can be synced with experience with service processors for: with the 16C550.

6 System RTC. - OS and Applications 16 direct, 108 shared GPIOs and 80 Serial GPIOs in Serial IRQ Support - Video processing CODEC and 80 Serial GPIOs out SMI/SCI/PME Support Eight independent I2C/SMBus controllers ACPI Compliant - I/O Acceleration and Self-Test Two independent 10/100/1000 Ethernet Controllers 16 GPIOs shared with BMC. Patent-pending ClearKVM architecture enables with RMII/RGMII support the best network bandwidth conservation, while 80 Serial GPI and GPOs available to host Three UARTs, one for ICMB support Programmable wake-up event simultaneously providing high-resolution remote KVM and high-speed remote storage 16 Mailbox Registers for communication between Plug and play register set the host and BMC. Power optimized for the data center Power supply control Six general purpose timers LPC to SPI bridge for system BIOS support Security 16 10-bit analog-digital converters LPC LDRQ support for upstream data A direct serial connection to the BMC is not encrypted 18 independent Fan Tach Inputs read/write from BMC.

7 As the connection itself is secure. Connection to the Eight independent Pulse Width Modulators (PWM). BMC over the LAN may or may not use encryption Operating Systems Supported Chassis Intrusion Logic with battery backed general depending on the security concerns of the user. The purpose register Windows Server 2003 R2 and 2008 R2 (and later). Emulex Pilot 3 iBMC has a hardware-based security and encryption engine for SSL (Secure Socket Layer) Programmable second PCIe function for high speed VMware ESX and (and later). acceleration. Host to BMC communication Red Hat Enterprise Linux (RHEL) 5, U5 or later, LED support with programmable blink rate controls RHEL 6 (and later). Interfaces on GPIOs SUSE Enterprise Linux Version 11/SP1 (and later). The Low Pin Count (LPC) interface to the host is Programmable IO Port snooping, can be used to used for the Super I/O and BMC functionality. The Oracle Solaris 10. snoop on Port 80h BMC can communicate with the host through the Others Supported Using Native SVGA Drivers KCS or BT interfaces.

8 The Super I/O interface also 32-bit Random Number generator integrates a LPC to SPI Flash Bridge which can be Unique Chip ID ASIC Specifications used to store multiple copies of the system ROM. The Hardware MCTP engine 457-pin PBGA Package PCI Express interface is mainly used for the graphics Hardware MCTP support on PCIe interface 23mm x 23mm package size controller interface to the host. The graphics controller is a fully compliant VGA controller with 2D hardware ClearKVM for remote management features Ordering Information acceleration. The graphics controller can support up to DMA supported device with 5 IN and 5 OUT. 1920 x 1200 x 16bpp resolution at 60Hz. The USB SE-SM4310-P02. end points for remote storage is used for the remote keyboard and mouse support and the is used for the remote storage support. DMA supported device with 5 IN and 5 OUT. end points for Remote Keyboard and Mouse World Headquarters 3333 Susan Street, Costa Mesa, CA 92626 +1 714 662 5600.

9 Wokingham, UK +44 (0) 118 977 2929 | Munich, Germany +49 (0) 89 97007 177. Paris, France +33 (0) 158 580 022 | Beijing, China +86 10 68499547 Tokyo, Japan +81 3 5325 3261 | Bangalore, India +91 80 40156789. 2011 Emulex , Inc. All rights reserved. This document refers to various companies and products by their trade names. In most, if not all cases, their respective companies claim these designations as trademarks or registered trademarks. This information is provided for reference only. Although this information is believed to be accurate and reliable at the time of publication, Emulex Connect with Emulex assumes no responsibility for errors or omissions. Emulex reserves the right to make changes or corrections without notice. This report is the property of Emulex and may not be duplicated without permission from the Company. 12-0312 10/11.