SUPER MICRO Computer X7SLA-L, X7SLA-H user manual Front Control Panel Pin Definitions, Power LED

Page 33

Chapter 2: Installation

Front Control Panel Pin Definitions

Power LED

The Power LED connection is located on pins 15 and 16 of JF1. Refer to the table on the right for pin definitions.

HDD LED

The HDD LED connection is located on pins 13 and 14 of JF1. Attach a hard drive LED cable here to display disk activity (for any hard drive ac- tivities on the system, including Serial ATA and IDE). See the table on the right for pin definitions.

Power LED

Pin Definitions (JF1)

Pin# Definition

15+3.3V

16Ground

HDD LED

Pin Definitions (JF1)

Pin# Definition

13+3.3V

14HD Active

APOWER LED

BHDD LED

KB/MOUSE

USB0/1

COM1

VGA

JPW1

DIMM1B

DIMM1A

A Power LED

LED_Anode+

LAN1

945GC

CPU

B

HDD LED

NIC1 LED

LED_Anode+

LED_Anode+

LAN2

DESIGNED IN USA

Tested to Comply

With FCC Standards

FOR HOME OR OFFICE USE

JPL1-2:LAN1/2 1-2:ENABLE 2-3:DISABLE

SLOT7 PCI-E X4 in X8

JF1 1

IDE

NIC2 LED OH/Fan Fail LED

X

Ground

LED_Anode+

LED_Anode+

X

Reset Reset Button

H-X7SLA

ICH7R

I-SATA2

I-SATA3

SLOT6 PCI-E X8

 

 

 

I-SATA0

I-SATA1

Ground

2 1

PWR Power Button

SLOT5 PCI 33MHZ

 

JL1:CHASSIS INTRUSION

JPW2 for Device Power Only

 

COM2

 

USB4/5

USB7

USB6

 

USB2/3

 

 

JF1 Header Pins

2-13

Image 33
Contents X7SLA-L X7SLA-H Page About This Manual PrefaceAbout This Motherboard Manual OrganizationConventions Used in the Manual Headquarters Contacting SupermicroEurope Asia-PacificTable of Contents Troubleshooting Installing Drivers Configuring Supero Doctor Appendix B Installing the Microsoft Windows OSChecklist Chapter IntroductionOverview X7SLA-L / X7SLA-H Image CPU Motherboard LayoutNot drawn to scale, X7SLA-H shown X7SLA-L / X7SLA-H Quick ReferenceGlan 1 Enable Pins 1-2 Enabled Glan 2 Enable X7SLA-H only Pins 1-2 EnabledBattery #21 Onboard Battery #19 SPI Bios ChipMotherboard Features Dimensions Acpi FeaturesOnboard I/O X7SLA-H OnlyX7SLA-L / X7SLA-H Block Diagram Chipset Overview Graphics Memory Controller Hub GmchIntel I/O Controller Hub 7R ICH7R PC Health Monitoring Power Configuration SettingsSlow Blinking LED for Suspend-State Indicator Power SupplyBios Support for USB Keyboard Main Switch Override MechanismSuper I/O Precautions Chapter InstallationStatic-Sensitive Devices UnpackingMotherboard Installation Tools NeededLocation of Mounting Holes Installation Instructions Dimm Installation Installing DDR2 MemoryInstalling and Removing DIMMs Memory SupportTo Remove DDR2 SlotConnectors/I/O Ports Back Panel Connectors and I/O PortsPort Locations and Definitions Keyboard Purple Mouse Green ATX PS/2 Keyboard and PS/2 Mouse PortsInternal USB 4/5 Universal Serial Bus USBFront Panel USB Internal USB 7 Type aSerial Ports Backpanel COM1COM2 X7SLA-H only VGA Port/Connector Video ConnectorLAN1 LAN2 Ethernet PortsFront Control Panel JF1 Header PinsFront Control Panel Pin Definitions Power LEDNIC1/NIC2 LED Indicators Overheat OH/Fan Fail LEDOH/Fan Fail LED Reset Button Power ButtonReset Button B PWR Button External Power Connector Connecting CablesFan1 Fan2 Fan3 Fan HeadersChassis Intrusion Chassis IntrusionExplanation of Jumpers Jumper SettingsLAN Port 1 Enable LAN Port 2 Enable LAN Port Enable/DisableCmos Clear Onboard Indicators Rear View when facing the rear side of the chassisLAN Port Serial ATA and HDD Connections Sata ConnectorsIDE Connector Troubleshooting Procedures Chapter TroubleshootingBefore Power On No PowerTechnical Support Procedures Memory ErrorsLosing the System’s Setup Configuration Question What type of memory does my motherboard support? Frequently Asked QuestionsQuestion Whats on the CD that came with my motherboard? Question Where do I get drivers for PXE support?Returning Merchandise for Service Page How To Change the Configuration Data Starting Bios Setup UtilityChapter IntroductionStarting the Setup Utility Main SetupSystem Memory System Time/System DateBIOS Features Advanced Setup ConfigurationsACPI Configuration MPS Revision Processor & Clock OptionsInterrupt 19 Capture Hyper-ThreadingAdvanced Chipset Control NorthBridge ConfigurationUSB Configuration Video Function ConfigurationATA/IDE Configuration IDE ConfigurationConfigure Sata as Configure Sata ChannelsPIO Mode LBA/Large ModeType Block Multi-Sector TransferA.R.T. For Hard disk drives DMA ModePCI/PnP Configuration Hardware Health Configuration Super IO ConfigurationCPU Overheat Alarm Remote Access Configuration Change Supervisor Password Security SettingsUser Access Level Change User PasswordBoot Device Priority Boot ConfigurationPassword Check Boot Sector Virus ProtectionHard Disk Drives Exit OptionsRemovable Drives CD/DVD DrivesLoad Fail-Safe Defaults Load Optimal DefaultsSave Changes and Exit Discard Changes and ExitX7SLA-L/X7SLA-H User’s Manual Recoverable Post Error Beep Codes Appendix a Post Error Beep CodesPage Appendix B Installing the Microsoft Windows OS Page Appendix C Software Installation Instructions Installing DriversDriver/Tool Installation Display Screen Configuring Supero Doctor Supero Doctor III Interface Display Screen-II Remote Control Page Appendix D Bios Recovery Recovery Process from a USB Device/Drive Recommended MethodPart 1 Boot Sector Recovery Process Part 2 Bios Reprogramming Re-Flashing Recovery Process from an IDE/SATA Atapi Disc Drive

X7SLA-L, X7SLA-H specifications

Super Micro Computer has established itself as a leader in server and storage solutions, and their motherboards, particularly the X7SLA-H and X7SLA-L, showcase this commitment to quality and performance. These motherboards are designed for high efficiency and reliability, catering to a range of applications from entry-level servers to advanced computing environments.

The X7SLA-H and X7SLA-L are built on the Intel 5000 Series chipset, which allows them to leverage Intel's powerful Xeon processors. This enables users to experience superior performance, particularly in multi-threaded tasks, making them ideal for data-centric enterprises. Both motherboards support dual-socket configurations, increasing scalability and processing capabilities, which is essential for demanding workloads.

One of the standout features of the X7SLA series is its support for DDR2 ECC memory. This technology ensures data integrity by automatically correcting single-bit errors, a critical aspect for servers handling crucial data transactions. The X7SLA-H can support up to 16GB of memory, while its sibling, the X7SLA-L, is designed for maximum memory efficiency in less demanding environments. The incorporation of ECC memory is a significant advantage for businesses prioritizing reliability and uptime.

The X7SLA-H and X7SLA-L motherboards incorporate several advanced connectivity options. With multiple SATA ports and support for SATA RAID, they allow for flexible storage configurations that can enhance performance and reliability. These motherboards also provide users with Gigabit Ethernet ports, ensuring fast network communication essential for modern server environments.

Another noteworthy characteristic of the X7SLA series is its emphasis on thermal management. Both the X7SLA-H and X7SLA-L are designed with efficient cooling solutions to maintain optimal operating temperatures, which is crucial for sustaining the longevity of hardware components in high-availability scenarios.

In terms of expansion capabilities, the board features PCI Express slots, providing users with the flexibility to add additional network interfaces or storage controllers. This expandability aligns with Supermicro's commitment to delivering customizable solutions tailored to the specific needs of their customers.

In summary, the Super Micro Computer X7SLA-H and X7SLA-L motherboards bring together a robust architecture, reliable technologies, and extensive support for advanced computing needs. Their combination of performance, scalability, and reliability makes them a great choice for businesses looking to build efficient and powerful server solutions. These motherboards exemplify Supermicro's dedication to innovation in the computer hardware space, making them a staple in modern data centers.