Hardware Documentation

Summary

Customers request reference answers rather than break-fix repair: manuals, layouts, BMC/POST-code guidance, serial/MAC/model lookup, drawings, connectors/ports, storage/PCIe planning, GPU/chassis thermal limits, power/PDU/UPS sizing, accessories, maintenance, cables, GPU/NVLink/ConnectX constraints, GPU removal/packaging, liquid-cooler references, and USB limits (#11210, #42019, #42877, #43830, #44377, …and 33 more).

Frequency

• 40 tickets

Common Causes

1. Missing original documentation. Customers need the correct system, chassis, or motherboard manual before setup, audit, service, or upgrade (#11210, #14044, #34980).
2. Expansion/configuration planning. Requests cover PCIe capacity, dense-GPU/chassis thermals, HBA/NIC routing, ConnectX x16 needs, H200NVL NVLink adjacency, GPU/accessory power connectors, A6000 vs RTX 6000 Ada cable topology, RTX 6000 Ada-to-RTX PRO 6000 Blackwell Max-Q constraints, 120V/208V/high-line input, redundant PDU/UPS design, U.2/NVMe bays, 3.5" SATA-vs-NVMe bay-mode selection, M.2 mirroring/lane sharing, M.2-to-U.2 viability, GPU display outputs, and double-width GPU limits (#20519, #42019, #43125, #44006, #44511, #44748, …and 14 more).
3. Setup, BMC/IPMI, POST-code, and maintenance resources. No-OS setup, BMC/SMASHLITE access, IPMI virtual media/SNMP/SMTP usage, firmware/download pages, POST/Q-code interpretation, component specs, GPU removal/return-packaging guidance, liquid-cooler service/install references, Enermax cooler screw identification, M.2 top-cover removal, and 3D/solid-model availability may require vendor references, video links, or image-only confirmation (#42877, #42881, #43316, #43830, #44377, #44525, #44739, …and 3 more).
4. Missing detail or internal lookup. Safe answers can depend on serial/order date, model, NIC MAC, QA data, Exxact-logo barcode/serial sticker, sticker/UPC, exact card/accessory, receptacle, port layout, circuit/UPS/PDU plan, test status, or chassis-to-system serial mapping (#42389, #42490, #44333, #44524, #44567, …and 5 more).
5. Support/Sales boundary. Sizing, quoting, and configuration ownership can blur; Sales handoffs should preserve known cable, compatibility, GPU thermal, storage, and power/input constraints (#43303, #43343, #43670, #44276, #44644).

Diagnostic Steps

1. Confirm system identity. Use serial, order/BOM, quote/PO, platform, motherboard, MAC/sticker/UPC, Exxact-logo barcode sticker, QA report, chassis images, or chassis/barebone lookup to choose the right manual, download page, component ID, model, MAC output, replacement part, or Exxact system serial (#11210, #14044, #44333, #44524, #44567, …and 5 more).
2. Clarify the task. Separate manual lookup from BMC/KVM/SMASHLITE help, IPMI virtual media or SNMP/SMTP configuration, POST/Q-code meaning, expansion, motherboard SKU, PCIe capacity, GPU thermal limits, connector/cable safety, accessory sourcing, GPU power connector ID, NVLink fit, NIC x16, PSU ID, storage-bay/DAC/USB compatibility, SATA-vs-NVMe bay mode, NVMe/M.2 planning, facility power, GPU display, no-OS drivers, cooler service/install, port placement, or cover removal (#20519, #42019, #42881, #43830, #44377, #44511, #44748, …and 22 more).
3. Ask only for missing essentials. Request exact card, accessory, cooler model, serial, receptacle, or test status only when needed; answer directly when records already establish the platform, electrical constraint, or serial (#42389, #42490, #43125, #43160, #43396, #44525).
4. Answer narrow technical facts before handoff. If final quote/config approval belongs to Sales, still provide safe known constraints so cable, compatibility, GPU thermal, storage, and power/input detail is not lost (#43303, #43343, #43670, #44276, #44644).

Solutions

1. Provide exact documentation or record output. Send manuals, BMC/SMASHLITE/IPMI links, vendor driver/firmware pages, QA reports, maintenance instructions, GPU/card removal steps, packaging guidance, install references, serial/MAC/model lookups, POST/Q-code meaning, manual page targets, available images, or a clear no-3D/solid-model answer (#11210, #14044, #42877, #42881, #44333, #44377, …and 9 more).
2. Give practical hardware constraints when supported. Useful answers include PCIe capacity, GPU maximums, H200NVL 4-way NVLink adjacency, OSFP ConnectX-8 x16 use, component/accessory SKU, PSU/cables, RTX 6000 Ada vs RTX A6000 power-cable assumptions, RTX PRO 6000 Blackwell Max-Q thermal replacement guidance, barebone-vs-system serials, NVMe/U.2 bay support, BIOS SATA-mode selection for combo front bays, M.2 lane width, x8/x16 tradeoffs, HBA cable guidance, high-line/dual-feed power, GPU-display limits, cooler service, USB cable limits, AS-4124GO-NART front-only USB layout, L40/L40S 16-pin 12VHPWR ID, and motherboard resources (#20519, #42019, #44195, #44425, #44644, #44748, …and 17 more).
3. Request missing details instead of guessing. This avoids unsafe connector advice, wrong part ID, wrong cooler screw guidance, or unsupported accessory assumptions (#42389, #42490, #43396, #44525).
4. Separate facts from sales approval. Provide known technical constraints, then route final quoting/configuration approval to Sales (#43303, #43343, #43670).

Edge Cases

• Partial answers may be all Support can provide until connector/component detail arrives, or when Exxact has images but no solid/3D model (#42389, #42490, #44655).
• Manufacturer-owned accessories may be identifiable but still require OEM sourcing when Exxact does not serialize/stock the cable; untested cable extensions may be declined for replacement/reroute (#43099, #43125).
• Compatibility can be conditional: GPU x8 from M.2 lane use, ConnectX-6 x8 until moved to x16, x16 only if replacing the primary GPU, reserved chassis slots, RTX A6000 vs RTX 6000 Ada cable differences, RTX PRO 6000 Blackwell Max-Q vs standard 600W Workstation thermals, NVLink physical adjacency, or OSFP ConnectX-8 x16 slot need (#43125, #43160, #44006, #44195, #44511, …and 2 more).
• Storage/facility guidance can be specific: bays 5-8 may be NVMe/U.2-ready, combo front bays may need BIOS selection from NVMe to SATA mode before SATA HDDs are detected, Gen5 M.2-to-U.2 may be OS-visible but unreliable for BIOS boot, systems may expose SATA/SlimSAS-to-U.2/U.3/M.2 expansion, and power answers may need PDU/UPS sourcing, 208V/high-line planning, redundant circuits, or electrician verification (#42019, #43339, #43396, #43670, #44644, #44748).
• Service/access answers may be narrow: OOW cooler flushing/refill guidance, Enermax/AIO install references or exact-model requests when screw dimensions are unclear, manual-page top-cover removal, shorter USB 3.x cable resolving SuperSpeed fallback, or NetSuite/CPQ lookup for barebone/chassis serial mapping (#42860, #43316, #43500, #44046, #44525, #44739).
• MAC/model/POST/serial-sticker/port-layout requests can resolve from records or diagrams without live troubleshooting; AA Q-code was normal if OS boot worked, serial 4622129893 mapped to EXX-VWS-172109266, AS-4124GO-NART serial 4622113714 had front USB 3.0 but no rear USB ports, and Exxact serial labels show logo, barcode, and 46221- serial prefix (#44377, #44333, #44425, #44524, #44567).

Related Issues

• USB SuperSpeed Link Fallback
• Missing GPU Power Cables
• Incorrect Hardware Shipped
• Onsite Field Service Coordination