GIGABYTE W775-V10-L01 DGX Station GB300 Guide for Singapore

The GIGABYTE W775-V10-L01 is Gigabyte's build of the NVIDIA DGX Station GB300: a pedestal tower from Gigabyte's enterprise tower-server range carrying one GB300 Grace Blackwell Ultra Desktop Superchip, up to 748 GB of coherent memory, up to 20 petaFLOPS of FP4 compute and a ConnectX-8 SuperNIC, cooled by a closed-loop liquid kit and fed by a 1,600 W 80 PLUS Platinum supply. Its distinguishing feature is three documented PCIe 5.0 slots, with support for cards up to the RTX PRO 6000 Blackwell Workstation Edition. This guide covers the W775's specification as Gigabyte publishes it, power and environmental requirements, who it suits, and how to buy it. It is price on request; typically quoted per configuration (GPU add-in card, storage, transceivers, support term). For all five GB300 towers in one table, see our DGX Station GB300 buyer's guide; for the ASUS range, the ASUS Agent Computer guide.

GIGABYTE W775-V10-L01 specifications

All figures are from Gigabyte's W775-V10-L01 product page.

Gigabyte's enterprise tower lineage

Gigabyte lists the W775 under its Enterprise tower-server range, and the product page reads like a server datasheet: part number 6NW775V10MR000L01, barebone packaging, gross weight and carton size for freight, and non-operating environmental limits. The package is a W775-V10-L01 chassis plus a Superchip liquid cooling kit, and the Mini-DP is a 1080p60 console from the onboard BMC, not a graphics port. Gigabyte publishes one W775 configuration only, so there are no sibling SKUs; the variation on a quote comes from the add-in card, storage and transceivers you specify. For a smaller Gigabyte machine on the same NVIDIA software stack, the Gigabyte AI TOP ATOM is the GB10 DGX Spark-class unit on our store.

Power: 1,600 W Platinum and the input voltage note

The W775 uses a single 1,600 W ATX 80 PLUS Platinum supply, and Gigabyte is specific about input voltage: maximum output is 1,300 W on 100 to 240 V input and the full 1,600 W on 115 to 240 V. Singapore's 230 V mains sits in the full-output band, so the machine delivers its rated 1,600 W here. Gigabyte also states that the system requires a 20 A circuit and a C19 cord, and that cords are not included, so a C19 cord has to be on the order. Plan a dedicated circuit confirmed by an electrician; our DGX Station GB300 office installation checklist covers circuit, placement and network steps in order.

Cooling and the operating environment

Gigabyte cools the Superchip with a closed-loop liquid kit and moves air through the pedestal with three 120 mm fans. The operating range is 10 to 35 °C at 8 to 80 % relative humidity, which an air-conditioned Singapore office meets with margin. One line is worth reading twice: above 50 % relative humidity, Gigabyte requires the coolant inlet temperature to stay above the dry-bulb temperature and below 45 °C, which in practice means a conditioned space rather than a store room. Gigabyte publishes no acoustic rating, so assume the fans are audible under sustained load.

Expansion: three slots and the RTX PRO 6000 question

The W775 exposes three PCIe x16 physical slots: Slot 1 at Gen5 x16 for a graphics card, and Slots 2 and 3 at Gen5 x8 for storage or network adapters. Gigabyte lists the full RTX PRO Blackwell range as optional, from the RTX PRO 2000 to the RTX PRO 6000 Workstation and Max-Q editions. Two cautions apply. Any add-in card shares the single 1,600 W supply with a GB300 whose GPU alone can draw close to 1,300 W, and independent testing has shown a large card can reduce Blackwell Ultra performance under combined load, so the RTX PRO 2000 remains the sensible display card unless a second CUDA GPU is a stated requirement. And the GB300 has no display output of its own; without a card, the only video is the BMC console, and most Singapore deployments run headless on the 10GbE LAN.

Storage, networking and management

Storage is four M.2 2280 slots and no drive bays: two PCIe Gen5 x4 off the Grace CPU with OS RAID 1, and two PCIe Gen6 x4 off the ConnectX-8 for data. Gigabyte lists slots rather than a fitted drive set, so confirm the drive configuration for your SKU when requesting a quote. Networking follows the NVIDIA reference: two 400 Gb/s QSFP ports for storage or a cluster fabric, the Marvell AQC113 10GbE port for the office LAN, the management LAN for the BMC, and an E-key slot for an optional Wi-Fi module. Gigabyte's page confirms an onboard BMC but does not name the controller or list Redfish or IPMI support; if that matters, ask us to confirm it with Gigabyte when quoting.

Who buys the Gigabyte W775

The W775-V10-L01 suits university labs and HPC teams that already run Gigabyte servers and want the GB300 platform specified the same way. It is the pick when a team expects to use the expansion slots, for an RTX PRO 6000 or a Gen5 x8 adapter, and at 29.2 kg net it is one of the lighter GB300 towers, which matters on an upper floor without a goods lift. Compute is the same as every other GB300 tower, since StorageReview found the ASUS ET900N G3 and MSI WS300 within two percent of each other on 24 of 28 pairs, so choose the W775 on chassis, expansion and vendor relationship rather than speed.

W775 vs the other GB300 towers

Against the ASUS ExpertCenter Pro ET900N G3, the W775 trades a Titanium supply, carry handles and ASUS's fan over the optics cages for three-slot expansion and server-style documentation; both weigh under 30 kg and both are rated for 10 to 35 °C. Against the Supermicro ARS-511GD-NB-LCC, the W775 is the lighter pedestal with a wider temperature range, while the Supermicro offers a Titanium supply, a rackable chassis and a documented Redfish and IPMI stack. The HP ZGX Fury G1n adds rack rails, self-encrypting drives and Red Hat certification at a heavier 41 kg. Our ET900N G3 vs HP ZGX Fury vs MSI WS300 comparison tabulates those three, and the AI workstations and servers collection lists all five. If one GB300 tower is more than the workload justifies, two or four ASUS Ascent GX10 units pool up to 512 GB for far less; the AI hardware calculator helps size the decision.

Buying the GIGABYTE W775-V10-L01 in Singapore

SourceIT lists the W775-V10-L01 with the other four GB300 towers. GB300 units are configured to order, so it is price on request, typically quoted per configuration: GPU add-in card, storage, transceivers, power cord and support term; contact us for lead time. Use Request for Quotation on the W775 product page, call (65) 6978 3502, or email Sales@sourceit.com.sg. We are GeBIZ and Vendors@Gov registered for university and government procurement, and we check power and placement before delivery. Confirm the warranty term for your SKU when requesting a quote.

Frequently asked questions

Is the GIGABYTE W775-V10-L01 an NVIDIA DGX Station? Yes. Gigabyte is one of the OEMs NVIDIA lists for the DGX Station, and the W775 uses NVIDIA's GB300 Superchip, 748 GB coherent memory and ConnectX-8 SuperNIC.

How much does the Gigabyte W775 cost in Singapore? It is price on request. GB300 systems are configured to order, and quotes are per configuration: add-in GPU, storage, transceivers and support term.

Does the W775 deliver its full 1,600 W on Singapore mains? Yes. Gigabyte rates the supply at 1,600 W on 115 to 240 V input, and Singapore's 230 V supply sits in that band. A dedicated 20 A-class circuit and a C19 cord are required.

Can the W775 take an RTX PRO 6000? Yes. Gigabyte lists the RTX PRO 6000 Workstation and Max-Q editions, the RTX PRO 4000 SFF and the RTX PRO 2000 as optional cards; the card shares the 1,600 W budget with the GB300.

Is the W775 faster than the ASUS ET900N G3 or MSI WS300? No. All three use the same GB300 baseboard; StorageReview found the ASUS and MSI within two percent of each other, and the W775 shares that compute.