$UDAO is one of the best community project in the world and @udao_official is a great use case with huge potential and it
$UDAO
#UDAO
@udao_official
@MrBigWhaleReal
Topic: Wormhole n150s and Wormhole n300s (Read 122 times)
I was checking these directly on wormhole.com but they never mention this.
I thought that it was a miner for Wormhole W a token that built on the Solana blockchain.
I thought that it was a miner for Wormhole W a token that built on the Solana blockchain.
AI training is not crypto mining. Someone calling it mining doesn't make it so.
However, the question was about using the AI accelerator for crypto mining. It would be a naive question from a newbie
but a "legendary" user should know better.
However, the question was about using the AI accelerator for crypto mining. It would be a naive question from a newbie
but a "legendary" user should know better.
For a long time now, miners have been buying powerful modern graphics cards to rent them out for AI computing. Everyone says that mining is changing, and maybe the future of mining will be about paying for AI computing.
Nvidia's professional AI hardware is very expensive, and looking for profitable shitcoins to mine on gaming graphics cards is like a lottery.
Nvidia's professional AI hardware is very expensive, and looking for profitable shitcoins to mine on gaming graphics cards is like a lottery.
i thought it could do some type of cpu mining ⛏️
pretty much seems like it is off topic if it does ai and no coins at all.
pretty much seems like it is off topic if it does ai and no coins at all.
So why is it here in mining.
This is not intended for mining, it's main focus is on AI which uses mostly low precision FP while crypto mining uses int32 & int64.
According to the specs there is no int64 support and only limited int32 support.
It's just a cluster of customized (cut down) RISCV processors.
According to the specs there is no int64 support and only limited int32 support.
It's just a cluster of customized (cut down) RISCV processors.
The Wormhole™ n150 and n300 PCIe boards are flexible, scalable processors built with Tensix Cores. Each includes a compute unit, network-on-chip, local cache and “baby RISC-V” cores, coalescing in powerful data movement through the chip.
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Quote
Jim Keller, a renowned processor architecture designer and former AMD employee, recently founded Tenstorrent, a startup to develop AI accelerators. The company announced its first products, the Wormhole n150s and Wormhole n300s.
what will these mine?
The Wormhole™ n150 and n300 PCIe boards are flexible, scalable processors built with Tensix Cores. Each includes a compute unit, network-on-chip, local cache and “baby RISC-V” cores, coalescing in powerful data movement through the chip.
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Quote
Jim Keller, a renowned processor architecture designer and former AMD employee, recently founded Tenstorrent, a startup to develop AI accelerators. The company announced its first products, the Wormhole n150s and Wormhole n300s.
what will these mine?
The Wormhole™ n150 and n300 PCIe boards are flexible, scalable processors built with Tensix Cores. Each includes a compute unit, network-on-chip, local cache and “baby RISC-V” cores, coalescing in powerful data movement through the chip.
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n150s
$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s
$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Quote
Jim Keller, a renowned processor architecture designer and former AMD employee, recently founded Tenstorrent, a startup to develop AI accelerators. The company announced its first products, the Wormhole n150s and Wormhole n300s.
Jump to: