Tyan Computer S8236 warranty Heat sink Installation

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6.Close the socket cover and press the CPU socket lever down to lock the CPU in place.

7.Repeat the same procedures to install the second CPU.

Heat sink Installation

After installing the processor, you should proceed to install the heat sink. The CPU heat sink will ensure that the processor do not overheat and continue to operate at maximum performance for as long as you own them. The overheated processor is dangerous to the motherboard.

For the safest method of installation and information on choosing the appropriate heat sink, using heat sinks validated by AMD®. Please refer to the AMD® website: http://www.amd.com

The following diagram illustrates how to install heat sink onto the CPU of S8236.

8.Place the heat sink on top of the CPU and secure it to the motherboard with 2 screws.

9.Connect the heat sink Fan cable to the CPU0 FAN connector J34.

10.Repeat the same procedures to install the second heat sink (CPU1 Fan: J30).

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Contents S8236 Page Contents Check the box contents Before you begin…Hardware Specifications CongratulationsS8236GM3NR AST2050 Ipmi Feature Software Specifications Board Installation How to install our products right… the first timeBoard Image Block Diagram Board Parts, Jumpers and Connectors Jumper/Connector Function Jumper Legend Open Jumper OFFClosed Jumper on Pin Signal State DescriptionLED7 +3VSB GNDLED8 OFF J12 J56 J55 J30 J54 J34 J4 COM2 Connector J5/J12/J30/J34/J54/J55/J56 4-Pin FAN ConnectorsJ23 Front Panel Connector J28 Fan Tach ConnectorLED1 LED1 ID LED JP6 JP1 JP2JP7 JP1/JP2 COM2 Function Switch Jumper JP3 Clear Cmos JumperJP6 Front Panel ID LED Button JP7 Chassis Intrusion HeaderInstalling the Processor and Heat sink Processor Installation G34 1944-pin Socket for AMD CPUPage Heat sink Installation Thermal Interface Material Tips on Installing Motherboard in Chassis Page Installing the Memory Recommended Memory Population Table Page Dimm Module Support DDR3 Speed/Voltage DDR3 RankDIMM1 DIMM0 DDR3 Speed/Voltage DDR3 Rank Configuration Memory Installation Procedure Attaching Drive Cables Attaching Serial ATA CablesInstalling Add-In Cards Connecting External Devices Onboard LAN LED Color DefinitionOff Mbps Link Green Link GreenInstalling the Power Supply Applying power to the board 8-pin PW2, PW3 Finishing Up About the Bios To start the Bios setup utilitySetup Basics Key FunctionCase of Problems Setup VariationsGetting Help Amibios System Time / Date setupMain Menu ProcessorAdvanced Menu Advanced CPU Configuration Gart Error ReportingSecure Virtual Machine Mode PowerNowAcpi Srat Table C1E SupportAdvanced IDE Configuration Disabled / Enabled IDE Detect Time Out SecOnboard PCI IDE Controller Hard Disk Write ProtectA.R.T Bit Data Transfer Super I/O Configuration Watchdog ModeWatchdog Timer Serial Port1 AddressAdvanced Acpi Configuration Acpi Version FeaturesAcpi Settings Advanced Acpi ConfigurationHeadless Mode Disabled / EnabledAMI Oemb Table Hardware Health Configuration Auto FAN Control DisabledAuto Fan Control Disabled Fan full speed Sensor Data Register Monitoring SDR Monitoring NextOFF / on LAN Configuration Status View BMC System Event LogTotal Number of Entries Xxx MM DD, Yyyy HhmmssSetup LAN Configuration Save LAN ConfigurationSetup LAN Configuration IP Address SourceSave Vlan ID Configuration Current Vlan ID StatusVlan Tagging Vlan IDAlert Startup Delay Disabled / Enabled Startup DelayDisabled / Enabled Event Message For PEF Action PEF SupportRemote Access Serial Port ModeRedirection After Bios Post Serial Port NumberSredir Memory Display Delay VT-UTF8 Combo Key SupportUSB 2.0 Controller Mode Bios Ehci Hand-OFFUSB Configuration Legacy USB SupportOnboard Lan1/Lan2 Onboard Lan1/Lan2 OP-ROMOnboard Lan3 Onboard Lan3 OP-ROMPCI/PnP Menu PCI IDE Bus Master Boot Menu Boot Settings ConfigurationQuick Boot Quiet BootBoot Up Num-Lock Wait for ‘F1’ If ErrorEndless Boot Hit ‘DEL’ Message DisplayBoot Device Priority Boot Device PriorityHard Disk Drives Hard Disk Drives1st Boot Device 4 CD/DVD DrivesCD/DVD Drives Supervisor Password/User Password Change Supervisor PasswordChange User Password Boot Sector Virus ProtectionAdvanced Chipset Settings  NorthBridge ConfigurationChipset Menu ChipsetNorth Bridge Configuration NorthBridge Chipset Configuration Memory Configuration Memory Timing ParametersMemory Configuration CS Sparing EnableBank Swizzle Mode Bank InterleavingDram Scrub Redirect L2/L3 Cache BG Scrub Dram Timing Configuration Dram Timing ConfigDram Timing Configuration Dram Timing ConfigOhci HC/EHCI HC Chassis Intrusion Detection Sgpio Function3 RD890 Configuration RD890 ConfigurationIommu Primary Video ControllerPCI Express Configuration PCI Express Configuration Port # 02 Features Port # 02/03/11/12 Features Gen2 High Speed ModeSlot Power Limit, W Link AspmPort # 04/09/13 Features NB-SB Port FeaturesLink Aspm Disabled NB-SB Link Aspm3.1.3 GPP1/GPP2/GPP3a/GPP3b Core Setting SB Core SettingTurn Off PLL During L1/L23 Txclk Clock Gating in L1Hyper Transport Configuration HT3 Link Power StateHyper Transport Configuration HT Extended AddressExit Menu Page Beep Codes Flash UtilityMemory, Video, CPU Amibios Post Code AB AC B1 Page Glossary Page Page Page Page Page Returning Merchandise for Service Help ResourcesOperation is subject to the following conditions

S8236 specifications

The Tyan Computer S8236 is a powerful server motherboard designed for high-performance computing and enterprise-class applications. This versatile motherboard supports the latest AMD EPYC processors, delivering exceptional processing power and efficiency, making it an excellent choice for data centers, cloud computing, and virtualization.

One of the standout features of the Tyan S8236 is its dual-socket design, allowing users to install two EPYC processors concurrently. This dual-socket configuration significantly enhances the motherboard's processing capabilities, providing a maximum of 64 cores and 128 threads when fully populated. This makes it ideal for compute-intensive workloads such as big data analytics, machine learning, and high-performance computing tasks.

The Tyan S8236 motherboard supports up to 2TB of DDR4 memory across eight DIMM slots, with memory speeds reaching 3200 MT/s. This large memory capacity is crucial for workloads that require substantial memory bandwidth and capacity, aiding in more efficient data processing and improved application performance. The motherboard also features eight memory channels, allowing for optimal memory performance.

Storage capabilities are robust, with the Tyan S8236 offering a variety of options to meet diverse requirements. It features multiple M.2 and U.2 connectors for NVMe SSDs, as well as six SATA3 ports for traditional hard drives and SSDs, catering to both high-speed storage needs and standard archival purposes. This diverse storage configuration ensures that users can customize their setups according to their specific needs for speed and capacity.

In terms of connectivity, the Tyan S8236 is equipped with a host of I/O options. It comes with multiple PCIe 4.0 slots, which allows for superior support for GPUs, networking cards, and other add-ons necessary for specialized tasks. The motherboard also includes dual 10GBASE-T LAN ports, ensuring high-speed networking and redundancy.

The design of the Tyan S8236 emphasizes reliability and thermal management, featuring enhanced cooling solutions to maintain optimal operating temperatures under high loads. This attention to thermal management not only extends the lifespan of the components but also ensures stable performance during demanding tasks.

In summary, the Tyan Computer S8236 motherboard is a robust and scalable solution for enterprise environments, providing the necessary features, technologies, and characteristics to support high-performance applications. With its dual-socket capability, extensive memory support, versatile storage options, and advanced connectivity, it stands out as an excellent choice for organizations looking to enhance their computing infrastructure. Whether for cloud services, virtualization, or data-intensive environments, the Tyan S8236 is built to meet the demands of modern computing.