EKWB EK-Quantum Vector FTW3 RTX 3080/3090 Active GPU Backplate, D-RGB, Plexi

EK-Quantum Vector FTW3 RTX 3080/3090 Active Backplate D-RGB - Plexi is a cutting-edge addition to the EK Quantum Line. It is made to complement the existing EK-Quantum Vector FTW3 RTX 3080/3090 water blocks and actively cool the backside of all EVGA GeForce RTX 3080 and 3090 FTW3 GPU. The EK-Quantum Vector FTW3 RTX 3080/3090 Active Backplate comes with a new terminal that replaces the stock terminal arriving with the Vector water block and links the water block and Vector Active Backplate into a single unit. This way, the whole enclosure requires only one inlet and one outlet, removing unnecessary additional tubing and reducing clutter. The Vector Active Backplate directly cools the PCB hotspots that are found on the backside of the GPU core and the VRM. On the RX 3090, the VRAM located on the backside is cooled, while the RTX 3080 gets cooling for the PCB located around the front-mounted VRAM. These newly developed active backplates feature a fin array with 8 wide channels allowing for very low flow restriction. This in turn allows overall lower temperatures, while the active backplate gets more than sufficient surface area for heat transfer. These Vector Active Backplates also feature acrylic terminals that match the top cover. The watertight sealing is ensured by high-quality EPDM O-rings. The aesthetic end-piece is housing the addressable D-RGB LED strip. This water block boasts a total of 8 individually addressable RGB LEDs, and it is compatible with popular RGB sync technologies from all major motherboard manufacturers. Enclosed: - EK-Quantum Vector FTW3 RTX 3080/3090 Active Backplate - Necessary mounting screws, nuts, and washers - 1x Nickel plated brass plug G1/4” - EK-Loop Multi Allen Key (6mm, 8mm, 9mm) - Thermal pads Technical Specification: - Dimensions: (LxHxW) - 303 x 151 x 37.8mm Model: 3831109849644

ASIN

B09GMM2D3M

Embedding

CLIP ViT-L/14 · 768d

Distance metric

cosine

Doc fetch

2ms·cache hitGET /v2/namespaces/amazon-products/documents/B09GMM2D3M

How it works

Similar query

30msnearest_to_id → /query

Doc fetch goes through Layer's Aerospike pull-through cache; cache hit served the row without touching turbopuffer. The similar query asks Layer for nearest neighbors of the stored product vector — queries don't go through the doc cache, so no cache header is set.