Overview. Product Features Mechanicals. Technologies / Key Subsystems. System Design. Manageability / Serviceability. Security Features.

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2 Overview Product Features Mechanicals Front View Mechanicals / HDD Configurations Rear View Under the Covers System Design System Block Diagram Motherboard Layout & Connections Expansion Capability Environmental Thermal Acoustic Technologies / Key Subsystems - Power Supplies - CPU Compatibility - Memory Subsystem - Storage Subsystem - Networking Manageability / Serviceability - Server Management - Ease of Use & Serviceability Security Features - TPM - BIOS / BMC 2

3 New Feature summary CPU Memory Storage Subsystem NICs Expansion RAID TD350 Intel Xeon E v3 Series (Haswell) up to 16 cores / 32 threads per socket DDR4 up to 2133 MT/s Up to 32x 2.5 drive bays 1 Up to 15x 3.5 drive bays Secure internal M.2 SSD or SD flash drives 2 2x 1GbE embedded plus dedicated 1GbE management port 7x PCIe Gen 3 slots: 2 x16 PCIe (x16 signal), 5 x8 PCIe (x8 signal) AnyRAID upgradable RAID on unique mid-plane (does not use PCIe slot) Environmental Operate at 45 C / 113 F continuously (ASHRAE A4) 3 Management Deployment and update capability embedded in hardware Notes: 1. Up to 16 at launch, 32 in February block 2. November block release 3. See configuration limitations in Environmental section 3

4 TD350 Technical Features Processor Support E v3 Series, up to 135W SKUs Up to 16 cores / CPU Intel C610 series chipset Memory 16 DIMM sockets, 2 DPC DDR MT/s 4, 8, 16, 32 GB DIMMs (max 512GB) RAS: ECC, Lock step, Mirroring, Sparing Storage 16/32 1 x 2.5 HS SAS/SATA/SSD 15x 3.5 HS SAS/SATA HDD Max capacity: 90TB (15x 3.5 6TB 2 ) SATA HDD, SAS HDD (7.2K, 10K 15K), SATA SSD, SAS SSD Dual internal M.2 Flash or SD card Internal LTO6 Tape drive 3 Storage Controllers RAID110i 6Gb SATA RAID 0/1/10 w/ optional RAID 5 RAID510i 6GB SAS & SATA RAID 0/1/10 w/ optional RAID 5 RAID720i 12Gb RAID 0/1/5/6/10/50/60 w/ optional 1GB read only cache; optional 1GB, 2GB or 4GB R/W cache including CacheVault / CacheCade / FastPath RAID720ix 12Gb RAID 0/1/5/6/10/50/60 w/ optional 1GB read only cache; optional 1GB, 2GB or 4GB R/W cache including CacheVault / CacheCade / FastPath I/O Expansion Slots 2x 16 PCIe Gen3 FLFH 5x 8 PCIe Gen3 FLFH I/O Connectors 2x 1Gb/s Ethernet 1x 1Gb/s Ethernet management port USB ports 2x v2.0 front, 4x v3.0 rear DB15 VGA port 1 rear Serial port 1 rear System Cooling 4x system fans, 3+1 Hot Swap Redundant Media Up to 2 optical drives Manageability System Manager / System Manager Premium Deployment Manager Power Planner Energy Manager Partner Pack for Microsoft System Center Operations Manager Partner Pack for VMware vcenter Diagnostics Tool Packaging Tower 4U rack mountable with static rail kit Dimensions / Weights Weight: 22 kg (48.5 lb) to 41.5 kg (91.27 lb) Tower (w/ feet & door) W: 251 mm / 9.9 in (w/ feet) H: 459 mm / 18.1 in D: 686 mm / 27 in (w/ door) Rack (no feet) W: 482 mm / 19 in H: 173 mm / 6.8 in D: 664 mm / 26.1 in (no door) Power 1+1 Redundant Power capable 550W/750W/1100W 80 Plus Platinum PSU ( VAC, 240VDC) 750W 80 Plus Titanium PSU ( VAC, 240VDC) Energy Star 2.0 and Climate Savers compliant OS Support Windows 8 & 8.1 Windows Small Business Server 2011 Editions Windows Server 2012 Editions (Including Hyper-V) Windows Server 2012 R2 Editions (Including Hyper-V) SUSE Linux Enterprise Server SP3 RedHat Enterprise Linux 6.5 VMware ESXi 5.5 U drive support available after initial launch 2 6TB drives in November block 3 Use of LTO & M.2 SSD at the same time is not supported

5 OS Support Windows 8 & 8.1 Windows Server 2008 Editions R2 with SP1 (Including Hyper-V) Windows Server 2012 Editions (Including Hyper-V) Windows Server 2012 R2 Editions (Including Hyper-V) Windows Multipoint Server 2012 Windows Small Business Server 2011 Windows Storage Server 2012 R2 Windows Multipoint Server 2012 SUSE Linux Enterprise Server 11 SP3 RedHat Enterprise Linux 6.5 VMware ESXi 5.5 U2 CentOS 6.5 (and later) Debian Linux 7.4 Fedora Linux 20 FreeBSD 10.0 UbuntuKylin Supported Compatible Hardware support only; Lenovo has tested this OS for basic functionality, but no drivers are provided

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7 TD350 Chassis Options 8x 2.5 Hot Swap 16x 2.5 Hot Swap 32x 2.5 Hot Swap 5x 3.5 Hot Swap 15x 3.5 Hot Swap 5x 3.5 Easy Swap 2.5 Chassis 3.5 Chassis 7 Note: 32 drives available in February block

8 TD350 Front View Identifier Description Identifier Description 1 Front Panel 5 Optical-drive manual-eject hole 2 Hard-disk-drive area 6 Optical-drive bay 1 (with an optical drive installed) 3 Optical-drive status LED 7 Optical-drive bay 2 4 Optical-drive eject/close button 8 Metal protective shields 8

9 TD350 Front Panel Identifier Description 1 Power switch with power status LED 2 ID button with ID LED 3 Hard-disk-drive status LED 4 NIC status LED 5 System status LED 6 USB 2.0 connectors (2) 9

10 TD350 Rear View Identifier Description 1 Power cord connectors(2) 2 ID LED 3 VGA DB-15 connector 4 PCI Express card slots (3) 5 USB 3.0 connectors (4) 6 Ethernet RJ-45 connector 0 for system management 7 Ethernet RJ-45 connectors (2) 8 Server cover key 9 Serial connector 10 PCI-E card slots (4) 10

11 TD350 Under the Covers (3.5 HDD config) ID Description 1 AnyRAID-adapter air duct (available on some models) 2 AnyRAID adapter (available on some models) 3 AnyRAID-adapter tray ThinkServer RAID Super Capacitor Modules (available on 4 some models) inch hot-swap-drive backplane 6 System fans 7 PCI-E card holder 8 CPU1 DIMMs (vary by model) 9 CPU2 DIMMs (vary by model) 10 Heat sinks (vary by model) 11 Intrusion switch (optional) 12 Coin-cell battery 13 CPU1 DIMMs (vary by model) 14 PCI-E card holder 15 M.2 storage module (available on some models) 16 Cooling shroud 11

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13 TD350 System Block Diagram 13

14 TD350 Motherboard Connections Identifier Description Identifier Description 1 M.2 storage-module power connector 18 RAID upgrade key connector 2 Coin-cell battery 19 Optical-drive 2 signal connector 3 System-board signal connector 20 TPM connector 4 Optical-drive power connector 21 TSM Premium connector 5 System-board power connector 22 PCI-E card slot 1 6 Backplane power connector 2 23 PCI-E card slot 2 7 Backplane power connector 1 24 PCI-E card slot 3 8 System fan connector 25 AnyRAID connector 9 Memory slots for microprocessor 1 (4) 26 Intrusion switch connector 10 Microprocessor socket 1 27 Memory slots for microprocessor 2 (4) 11 Memory slots for microprocessor 1 (4) 28 Microprocessor socket 2 12 System-board power connector 2 29 Memory slots for microprocessor 2 (4) 13 SD-module connector 30 PCI-E card slot 4 14 SATA connector 0 31 PCI-E card slot 5 15 SATA connector 1 32 PCI-E card slot 6 16 Front panel connector 33 PCI-E card slot 7 17 Optical-drive 1 signal connector 14

15 TD350 Slot Expansion Slot # CPU Type Physical slot Bus width Form Factor Comments 1 1 PCIe 3.0 x16 x16 FL/FH NHP; Double-width 2 1 PCIe 3.0 x16 x8 FL/FH NHP 3 1 PCIe 3.0 x16 x8 FL/FH NHP 4 2 PCIe 3.0 x16 x8 FL/FH NHP 5 2 PCIe 3.0 x16 x16 FL/FH NHP 6 2 PCIe 3.0 x16 x8 FL/FH NHP 7 2 PCIe 3.0 x16 x8 FL/FH NHP 15

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17 Energy Efficient Features High temperature continuous operation supported for reduced room cooling needs 80 Plus Titanium PSU available 1 Up to 96% efficient at high loads Lenovo Energy Manager Monitor at the data center, room, row, rack, and device level Control server power Emergency power reduction System Power Profiles Setting in BIOS Energy Efficiency (default) Max Performance Custom Power capping By default: PSU output limit Customizable with Lenovo Energy Manager LENOVO INTERNAL. ALL RIGHTS RESERVED VAC

18 High temperature & humidity operation 18 TD350 supports operating in temperatures up to 45 C / 113 F, and relative humidity up to 90% 1 Continuous operation is supported (24 hours/day & 365 days/year) The ASHRAE organization focuses on designing for sustainable technology, and this 45 C support coincides with their A4 specification ( At A3 or above, fans will run at full speed Configuration restrictions for support of A3 or above Redundant PSUs required Easy Swap or single 8x 2.5 backplane chassis only No tape drive No GPUs 2 Max 120W CPUs No low voltage CPUs Lenovo qualified PCIe cards less than or equal to 15W each 3 A2 A3 A4 1- Ambient, measured at server air inlet 2- GPUs not available until A partial list of exclusions as of August 2014: Emulex LPe16004, QLogic QLE8242/QLE2672, and LSI RAID PCIe adaptor cards

19 High temperature & humidity operation (continued) Benefits: Increased reliability when server is installed in less environmentally controlled location Reduced operating expenses by reduction in amount of energy needed to cool Energy savings potential is related to: Ability of other nearby IT equipment to operate at A3/A4 Climate of the geography where servers are installed 19

20 TD350 Acoustics Extended exposure hearing loss 90 db Car Horn 110 db TD350 Idle: 35 db Stress*: 37 db Whisper 20 db Library 40 db Normal Conversation 60 db Phone Dial Tone 80 db Threshold of hearing 0 db 20 * Stress is running SpecJBB at 50% utilization

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22 Power Supply Options PSU 80 Plus rating Choices Voltage Range AC Voltage Range DC 450W 1 TBD W Platinum W Platinum W Titanium N/A 1100W Platinum Efficiency Percentage of PSU rated load 115VAC 230VAC 20% 50% 100% 20% 50% 100% Bronze 82% 85% 82% 81% 85% 81% Silver 85% 88% 85% 85% 89% 85% Gold 87% 90% 87% 88% 92% 88% Platinum 90% 92% 89% 90% 94% 91% Titanium 92% 94% 90% 94% 96% 91% Installing 2 different wattage PSUs is not supported lower watt PSU will be disabled (no redundancy) 550W PSU can support fully populated 16x2.5 config. 750W is required for fully populated 15x3.5 config. Future GPU support will require 1100W PSU. ThinkServer Power Planner tool can be used to estimate power needs for different configurations 22 1 Not available until after initial launch (timeframe TBD)

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24 CPU Feature Summary and Compare TD340 TD350 Feature Xeon E v2 (Ivy Bridge-EN) Xeon E v3 (Haswell-EP) Cores / Threads Per Socket Up to 10 cores / 20 threads Up to 16 cores / 32 threads Last-level Cache Up to 25MB Up to 40MB Memory Speed Up to 1866 MT/s Up to 2133 MT/s Memory Channels 3 4 Quick Path Interconnect 2x channels; up to 8.0 GT/s each 2x channels; up to 9.6 GT/s each Process Technology 22nm 22nm 24

25 Supported CPUs SKU Core Clock Cache TDP (W) Speed (GHz) (MB) Cores / QPI Memory DDR4 Speed Support Speed (MHz) Threads (GT/s) Turbo Boost AESNI TXT VT HT E v / E v / E v / E v / E v / E v / E v / E v / E v / E v / E5-2650L v / E v / E v / n/a E v /8 9.6 E v / n/a E5-2630L v / n/a E v /8 8.0 n/a E v / n/a E v /6 6.4 n/a n/a n/a n/a E v /6 6.4 n/a n/a n/a n/a 25

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27 New DDR4 Memory Standard DDR4 offers up to 35% power savings when compared to DDR3L DDR3 is 1.5V, DDR3L is 1.35V and DDR4 is 1.2V Higher memory transfer speeds (up to 2133 MT/s) Lenovo. All rights reserved.

28 TD350 Memory Support Memory Types Architecture RD550 / RD650 Implementation Supports DDR4 memory RDIMM LR-DIMM (Load Reduced) 16 DIMMs 4 channels per CPU / 2 DIMMs per channel maximum A B C D DIMM 1 2 Channel 0 Channel 1 Channel 2 Channel 3 QPI CPU 1 x2 CPU 2 Channel 0 Channel 1 Channel 2 Channel 3 DIMM 2 1 A B C D Memory Capacity RDIMM: 256GB (16x 16GB) LR-DIMM: 512GB (16x 32GB) Memory Logical Layout Memory speed RDIMM 1 and 2 DPC up to 2133MT/s LR-DIMM 1 and 2 DPC up to 2133MT/s Memory RAS ECC, Patrol Scrubbing, Demand Scrubbing, Sparing, Mirroring, Lockstep Mode, x4/x8 SDDC 28

29 System Memory Speed Support DIMM capacity Intel Plan Type Ranking Voltage Speed (MT/s) 1 DPC 2 DPC 4GB RDIMM 1R x8 1.2V GB RDIMM 1R x4 1.2V GB RDIMM 2R x4 1.2V GB LRDIMM 4R x4 1.2V ThinkServer engineering provided testing and validation beyond original Intel plan Fully supported, no restrictions DIMM capacity Lenovo Tested & Supported Type Ranking Voltage Speed (MT/s) 1 DPC 2 DPC 4GB RDIMM 1R x8 1.2V GB RDIMM 1R x4 1.2V GB RDIMM 2R x4 1.2V GB LRDIMM 4R x4 1.2V

30 Recommended System Memory Configurations Capacity Number of DIMMs & size Channels # of CPU DIMM type Operating Frequency Comments 4GB 1x 4GB 1 Channel 1 CPU RDIMM DDR Minimum config 8GB 1x 8GB 1 Channel 1 CPU RDIMM DDR Cost optimized 16GB 2x 8GB 2 Channel 1 CPU RDIMM DDR Cost optimized 32GB 8x 4GB 4 Channel 1 CPU RDIMM DDR GB 8x 8GB 4 Channel 1 CPU RDIMM DDR GB 8x 16GB 4 Channel 1 CPU RDIMM DDR Best performance 1x CPU 256GB 8x 32GB 4 Channel 1 CPU LRDIMM DDR GB 8x 4GB 4 Channel 2 CPU RDIMM DDR Cost optimized 64GB 16x 4GB 8 Channel 2 CPU RDIMM DDR GB 16x 8GB 8 Channel 2 CPU RDIMM DDR GB 8x 8GB + 8x 16GB 8 Channel 2 CPU RDIMM DDR Best performance 2x CPU 256GB 16 x 16GB 8 Channel 2 CPU RDIMM DDR GB 16 x 32GB 8 Channel 2 CPU LRDIMM DDR Highest capacity at best throughput Note: Other configurations are supported. Table represents recommendations. 30

31 Memory Performance Considerations General Guidelines Choose a CPU with support for highest memory channel speed Best memory performance can be obtained by using a balanced memory configuration Maximum Performance Considerations Use all available memory channels (4 per processor, 8 total per system) Use identical DIMM populations in size and speed across channels. Populate both processors with equal amounts of memory Ensure same number of ranks are populated per channel Have at least 2 ranks available on each channel Examples For optimal 2133MHz performance at a given capacity, populate up to 16 DIMM s (up to 8 per CPU). For optimal performance at the highest capacity, populate up to 16 sockets with LRDIMMs. Power Consumption Considerations Use fewer, higher capacity DIMM s. For example eight 16GB DIMM s will generally have lower power requirements than sixteen 8GB DIMM s. Populating more DIMM s per channel and using less channels (opposite of guidance above) will reduce overall system power, but at the cost of significant performance reduction. 31

32 Memory Population Rules Independent Mode DIMM capacities, frequency and rank may be mixed Mixing memory type (RDIMM, LR-DIMM) is not supported Populate DIMM farthest from CPU of any given channel first RAS Modes (Mirroring, Sparing, Lockstep) DIMM capacities, frequency, rank and type must be identical Populate DIMM farthest from CPU of any given channel first 32

33 Memory Population Order Independent Mode: CPU 1 CPU 1 & CPU 2 A1 - B1 - C1 - D1 - A2 - B2 - C2 - D2 (1)A1 - (2)A1 - (1)B1 - (2)B1 - (1)C1 - (2)C1 - (1)D1 - (2)D1 - (1)A2 - (2)A2 - (1)B2 - (2)B2 - (1)C2 - (2)C2 - (1)D2 - (2)D2 Mirroring Mode: CPU 1 CPU 1 & CPU 2 A1B1 - C1D1 - A2B2 - C2D2 (1)A1B1 - (2)A1B1 - (1)C1D1 - (2)C1D1 - (1)A2B2 - (2)A2B2 - (1)C2D2 - (2)C2D2 Sparing Mode: CPU 1 CPU 1 & CPU 2 A1A2 - B1B2 - C1C2 - D1D2 (1)A1A2 - (2)A1A2 - (1)B1B2 - (2)B1B2 - (1)C1C2 - (2)C1C2 - (1)D1D2 - (2)D1D2 LockStep Mode: CPU 1 A1B1 - C1D1 - A2B2 - C2D2 33 CPU 1 & CPU 2 (1)A1B1 - (2)A1B1 - (1)C1D1 - (2)C1D1 - (1)A2B2 - (2)A2B2 - (1)C2D2 - (2)C2D2 Memory Physical Layout (viewed from front of server)

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35 ThinkServer AnyRAID Technology Unique RAID mid-plane mounts just behind backplane RAID5 Upgrade RAID110i 6Gb 6 Drive SATA RAID510i 6Gb 8 Drive SATA/SAS RAID720i 12Gb 8 Drive SATA/SAS 1GB Read Cache 1GB R/W Cache OR 2GB R/W Cache SC AND Supercap OR 35 RAID5 Upgrade RAID720ix 12Gb 16 Drive SATA/SAS 4GB R/W Cache

36 36 Storage Connectivity C610 PCH includes integrated Serial ATA (SATA) controller ThinkServer RAID 110i AnyRAID via PCH LSI firmware stack on Intel PCH hardware SATA 6Gbps up to 6 drives RAID 0, 1, 10 / with optional upgrade key for 5 ThinkServer 510i AnyRAID midplane adapter SAS 6Gbps up to 8 drives RAID 0, 1, 10 / with optional upgrade key for 5/50 ThinkServer 720i AnyRAID midplane adapter SAS 12Gbps up to 8 drives RAID 0, 1, 10, 5, 50, 6, 60 1 Cache options for 1GB read-only DDR or 1GB, 2GB, 4GB Flash Flash cache options include CacheVault (SuperCap), CacheCade and FastPath ThinkServer 720ix AnyRAID midplane adapter SAS 12Gbps up to 16 drives 2 RAID 0, 1, 10, 5, 50, 6, 60 Cache is required for 720ix, and choices are 1GB read-only DDR or 1GB, 2GB 4GB Flash Flash cache options include CacheVault (SuperCap), CacheCade and FastPath PCH C610 SATA SATA USB 1 RAID 6 & 60 only available when cache module installed 2 32 drive support coming after initial SS with optional 2 nd 720ix 1x SATA (1.5, 3 or 6 Gbps) 6x SATA (6 Gbps) 2x USB 2.0 RAID510i 6Gb 8 Drive SATA/SAS RAID720i 12Gb 8 Drive SATA/SAS RAID720ix 12Gb 26 Drive SATA/SAS Optical Drive 6x HDD 2x SD card

37 RAID capability chart RAID 110i RAID 510i Bus SATA 6Gb SAS 6Gb Max Drives Tape SATA SAS SSD 6 No Yes No SATA Only M.2 SSD RAID 5 DRAM Cache Cache, Flash & SuperCap CacheCade & FastPath SED Support JBOD mode Yes Optional No No No No Yes 8 No Yes Yes Yes No Optional No No No No Yes RAID 720i SAS 12Gb 8 No Yes Yes Yes No Yes 1GB Optional 1,2,4GB Optional Yes (included with Flash Cache option) Yes Yes, without cache No, with cache RAID 720ix SAS 12Gb 16 Yes Yes Yes Yes Yes Yes 1GB Optional 1,2,4GB Optional Yes (included with Flash Cache option) Yes Yes Notes: RAID 720ix requires a cache module RAID 720i must have a cache module installed to support RAID 6 & 60 37

38 TD350 AnyRAID and Drive Configuration Config 1 Config 2 Config 3 Chassis Config No. BP Color BP BP Qty HDDs SATA SAS Media Bays RAID 110i RAID 510i RAID 720i RAID 720ix x x Chassis x x x x (x2) x 2.5 Hot Swap 16x 2.5 Hot Swap 32x 2.5 Hot Swap x x x x Config 4 Config 5 Config 6 Config Cables to BP x Chassis No HDDs 5x 3.5 Hot Swap 38 15x 3.5 Hot Swap 5x 3.5 Easy Swap Chassis config 1 can be field upgraded to 2 (or 3, when supported) by addition of 8x 2.5 backplane(s) Chassis config 4 has no backplane, no cables, no HDDs and no MP Chassis configs 5 and 6 use a single 15 x 3.5 backplane, large row blanks included with 5 Chassis config 7 is Easy Swap where cables from system board mount to unique backplane LTO tape drive not supported in chassis 4 or 7 (requires AnyRAID 720ix) RAID 110i supports max 6 drives

39 M.2 & SD Module Options Alternate storage media often used for booting the operating system M.2 is a form factor of enterprise class SSD and is more robust than lower cost SD card M.2 SSD has better performance M.2 SSD protects data better via features like capacitor-based power loss protection and support of AES (Advanced Encryption Standard) M.2 SSD requires RAID 720ix SD card is enabled via USB ports from PCH Both M.2 and SD support 1 or 2 modules installed M.2 SATA can be configured as RAID 1 SD USB cannot be configured as RAID 1 via hardware (only through OS) Top device is ID0 and bottom is ID1 M.2 and SD can be used at the same time 39 Note: M.2 support is November block release

40 RAID 720i and RAID 720ix Options Cache choices None 1GB DRAM for read only application (not protected, no BBU or supercap) 1GB with flash & supercap 2GB with flash & supercap 4GB with flash & supercap 1,2 and 4GB flash cache options include CacheVault (Supercap), CacheCade and FastPath 1GB Supercap SC CacheCade Included with all flash cache options (not with 1GB DRAM) Combination of HDD capacity and SSD speed. Improve the performance of a server s existing drive volume(s) by dynamically utilizing SSDs as a dedicated pool of RAID controller cache. FastPath Included with all flash cache options (not with 1GB DRAM) A high-performance IO accelerator for Solid State Drive (SSD) arrays All data on faster media (SSD) with optimized I/O 1GB Read Cache 2GB CacheCade 4GB FastPath Notes: 8 SSD max for CacheCade pool, this is chassis dependent M.2 SSD not supported for CacheCade pool CacheCade max pool volume size is 512GB, regardless of SSD size(s) 40

41 Drive Support SATA SAS 3.5 7,200RPM 6Gbps: 1TB, 2TB, 3TB, 4TB, 5TB 1, 6TB SSD 6Gbps: 120GB, 240GB, 300GB, 480GB, 600GB, 800GB ,200RPM 6Gbps: 500GB, 1TB 2.5 SSD 6Gbps: 120GB, 240GB, 300GB, 480GB, 600GB, 800GB M.2 SSD: 120GB ,200RPM 6Gbps: 1TB, 2TB, 3TB, 4TB, 6TB SSD 12Gbps: 200GB, 400GB, 800GB ,000RPM 6Gbps: 300GB, 600GB, 900GB, 1.2TB ,000PM 6Gbps: 146GB, 300GB, 450GB, 600GB 2.5 SSD 12Gbps: 200GB, 400GB, 800GB Tape LTO-6 Half Height with 2.5TB tape cartridge USB SD card SD card: 8GB, 32GB HDD mix population rules Support mixed HDD Capacity in system, but not in the same RAID array (delta capacity will go unused) Support mixed SAS/SATA/SSD in system, but not in the same RAID Array SSD maximums No limit, can be the same as what is physically supported by chassis Available November block drive in 3.5 carrier

42 ThinkServer Drive Carriers New for 5 th gen servers Allow for higher density storage Carriers are not backwards compatible with prior gen servers Easy Swap carriers allow for removing a non-hot-swap drive without removing server cover, and lock in place via latch that must be turned to release 2.5 Hot Swap Carrier Hot Plug 3.5 Drive Carrier Easy Swap 3.5 Drive Carrier Hot Plug 2.5 Drive Carrier Details To use in a 3.5 slot, push to eject Front serviceable for 3.5 drives, locks in place To use in a 2.5 Slot, push to eject 3.5 Hot Swap 2.5 to 3.5 Conversion kit To install a 2.5 drive in a 3.5 slot 3.5 Easy Swap 42

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44 Embedded Ethernet 3 total ports included Two 1Gb ports on embedded Intel i210 One 1Gb dedicated port for management (TSM) Port 1 of embedded i210 can be set as dedicated to OS, or shared with TSM Setting in BIOS When set to shared, result is 1 MAC address for TSM and 1 MAC address for OS Embedded i210 NIC feature set 10/100/1000 PCIe v2.1 x1 TCP/IP offload Jumbo frames PXE boot Advanced Power Management (APM) and Wake-on-LAN (WOL) No iscsi support 44

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46 System Management Software Positioning Enterprise System Management 1:Many ThinkServer Energy Manager ThinkServer Power Planner ThinkServer Partner Packs for Microsoft SCOM and VMware vcenter Lifecycle Management ThinkServer Deployment Manager Platform Management 1:1 ThinkServer System Manager ThinkServer System Manager Premium ThinkServer Diagnostics Windows, Linux, and Standalone Editions 46

47 OFFERING Systems Management Transition ThinkServer Deployment Manager ThinkServer Easy Startup ThinkServer Easy Update Lenovo SmartGrid ThinkServer Management Module ThinkServer Management Module Premium ThinkServer EasyManage ThinkServer Diagnostics Tool ThinkServer Partner Packs for MSFT & VMware ThinkServer Rack Planner ThinkServer Energy Manager ThinkServer System Manager ThinkServer System Manager Premium TBD ThinkServer Diagnostics Windows Edition ThinkServer Diagnostics Linux Edition ThinkServer Diagnostics Standalone Edition ThinkServer Partner Packs for Microsoft & VMware ThinkServer Power Planner 4 th generation 5 th generation 47

48 Introducing ThinkServer System Manager New Completely redesigned systems management subsystem for fifth-generation ThinkServer systems Browser-based GUI HTML5 suitable for mobile devices and tablets Easy to navigate user interface to quickly view system conditions PowerShell CLI provides increased flexibility and scripting capabilities Unified platform configuration and control of all integrated components (Mezzanine, BIOS, BMC, PSU, RAID) and Improved Sensor coverage FRU inventory coverage and reporting Includes Comprehensive system level monitoring and alerting Power monitoring and management controls supporting Lenovo Energy Manager Advanced authentication and security features Dedicated or shared network port ThinkServer System Manager Premium adds remote access with Virtual Console and Virtual Media (also includes node license for Energy Manager) 48 Note: see separate systems management decks for more detail

49 Introducing ThinkServer Deployment Manager New, completely redesigned systems management configuration and deployment tools for fifth-generation ThinkServer systems A tools suite that provides a complete set of provisioning capabilities from a single interface Hardware configuration Operating system deployment with drivers Updates BIOS and TSM firmware maintains backup for rollback Integrated into system UEFI environment Easy to navigate local graphical user interface No disks or DVD s 49 Note: see separate systems management decks for more detail

50 Ease of Use and Serviceability Quicker Serviceability Tool-less replaceable parts Covers Power supplies System fans HDD and Optical drives Fans Riser cards / PCIe adapters Diagnostics Panel Snap-in rails Fully extends to on-line service position Parts commonality Common HDD carriers across the portfolio Common options across the portfolio (RAID, memory, Power supplies, Ethernet adapters, TSM Premium module, etc.) Internal CRU replaceable components easily identifiable by blue color 1U System Fans, PSU dummy, air duct buckle, ODD bracket Reliability Features Power supply redundancy Hot swap HDD s Redundant system fans Dual embedded M.2 SSD for failover hypervisor support 50

51 Security Features Front cover locking integrated with side cover lock Chassis intrusion switch (optional) Integrated Trusted Platform Module (TPM) Optional HW-based system security feature supporting TCG 1.2 Securely stores passwords, certificates and encryption keys, which can be used to authenticate the platform Disk encryption Windows Server BitLocker Drive Encryption leverages the TPM to protect user data and to ensure that a server running Windows Server has not been tampered with while the system was offline. Password Security BIOS Administrator / User Password TSM User access control TD350 cover lock 51

52 Additional TSM Security Features User authentication through LDAP / Active Directory, or local hardware-stored user accounts and passwords Role-based authorization Enables administrators to configure specific privileges for each user Interface Security Session time-out: Provides automatic session time-out for inactivity (Web, Telnet, SSH, KVM) Firewall configurable to block network traffic based on IP address or network port Configurable Network Service ports Allows customization of ports used by TSM services Security settings configurable through the Web interface, PowerShell CLI, and IPMI Encryption secured with 256-bit Secure Sockets Layer (SSL) Secure Web-server (HTTPS) Secure LDAP (LDAPS) Supports Virtual Console and Virtual Media encryption The TSM supports terminal connections to clients using SSH version 2.0 SSH uses user ID and password pairs stored in local user accounts or AD/LDAP server VLAN support Enables management traffic to be located in a private management VLAN in both dedicated and shared network modes VLAN groups can be used to limit network access to devices subscribed to the VLAN group LENOVO. ALL RIGHTS RESERVED.

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58 TD350 Front View Identifier Description Identifier Description 1 Front Panel 5 Optical-drive manual-eject hole 2 Hard-disk-drive area 6 Optical-drive bay 1 (with an optical drive installed) 3 Optical-drive status LED 7 Optical-drive bay 2 4 Optical-drive eject/close button 58