正在加载视频...

视频加载失败

加载此视频时出现问题。这可能是由于临时网络问题，或视频可能不可用。

Recently been focused on single layer autorouting. Despite what Big Routing wants you to think, single layer routing is harder than multi-layer routing. The solution space is smaller and the topology is critical

Seve

4,665 subscribers

45,783 次观看 • 7 个月前 •via X (Twitter)

Anya Rossi• Live Now

Private livecam show

0 条评论

暂无评论

原始帖子的评论将显示在这里

相关视频

Hello, HyperEVM! 👋 Your routing layer just arrived. Fibrous is live on HyperEVM by Hyperliquid with aggregated liquidity and optimal routing. Hyperliquid.

Hello, HyperEVM! 👋 Your routing layer just arrived. Fibrous is live on HyperEVM by Hyperliquid with aggregated liquidity and optimal routing. Hyperliquid.

Fibrous

24,300 次观看 • 11 个月前

How do we enable single-layer PCBs to support the routing complexity of multi-layer PCBs? We're making a "Bridge-Programmable Interconnect" chip. This chip is "programmed" by traces etched on the top layer of the PCB, it allows any configurable pin to connect to any other configurable pin Why is this a big deal? Single-layer PCB etching can be done in minutes on a UV laser, but because they don't have vias it is impossible to change layers. Using an interconnect chip, you are guaranteed to be able to route any signal over any other signal. By placing these on your single-layer PCB, you can reconfigure wiring such that you don't need any vias!

How do we enable single-layer PCBs to support the routing complexity of multi-layer PCBs? We're making a "Bridge-Programmable Interconnect" chip. This chip is "programmed" by traces etched on the top layer of the PCB, it allows any configurable pin to connect to any other configurable pin Why is this a big deal? Single-layer PCB etching can be done in minutes on a UV laser, but because they don't have vias it is impossible to change layers. Using an interconnect chip, you are guaranteed to be able to route any signal over any other signal. By placing these on your single-layer PCB, you can reconfigure wiring such that you don't need any vias!

Seve

30,046 次观看 • 8 个月前

Did they tell us our skin is the physical layer of computer routing through the body? Sabrina Wallace

Did they tell us our skin is the physical layer of computer routing through the body? Sabrina Wallace

Dawn

12,838 次观看 • 1 年前

Most of our suits are double layer which means an inner layer squeezes your body when you wear it. But occasionally we also make single layer sealed and single layer fan-blown suits too. This suit is a single layer sealed design.

Sensitive content

Most of our suits are double layer which means an inner layer squeezes your body when you wear it. But occasionally we also make single layer sealed and single layer fan-blown suits too. This suit is a single layer sealed design.

Candy Coated

28,657 次观看 • 4 个月前

MultichainZ AI Agentic Studio is launching on Base. An agentic coordination layer designed to simplify DeFi through autonomous execution, intelligent routing, and real-time decision making. Users define objectives. Agents handle execution. Built on Base 🟦

MultichainZ AI Agentic Studio is launching on Base. An agentic coordination layer designed to simplify DeFi through autonomous execution, intelligent routing, and real-time decision making. Users define objectives. Agents handle execution. Built on Base 🟦

MultichainZ

16,640 次观看 • 2 个月前

Fast Poker is not just permissionless poker. It is a live operator economy. Dealer License holders run the settlement layer that keeps games moving, rake routing, rewards updating, and protocol revenue flowing. Play to Mint. Burn to Earn. Deal to Earn.

Fast Poker is not just permissionless poker. It is a live operator economy. Dealer License holders run the settlement layer that keeps games moving, rake routing, rewards updating, and protocol revenue flowing. Play to Mint. Burn to Earn. Deal to Earn.

Paradice Technologies

28,800 次观看 • 2 个月前

Bittensor is getting its own confidential routing layer :: Good Morning Simple payments, use for any AI model. Miners compete to serve inference at the best price. “What our miners do is they provide the tokens at the cost that they decide, but they’re competing against other miners…” mogmachine (ττ) + the team building #SN28 is bringing the OpenRouter structure into Bittensor: routing, payments and model access as part of the subnet economy. SN28 is live on Testnet. NS075 full episode ::

Bittensor is getting its own confidential routing layer :: Good Morning Simple payments, use for any AI model. Miners compete to serve inference at the best price. “What our miners do is they provide the tokens at the cost that they decide, but they’re competing against other miners…” mogmachine (ττ) + the team building #SN28 is bringing the OpenRouter structure into Bittensor: routing, payments and model access as part of the subnet economy. SN28 is live on Testnet. NS075 full episode ::

Openτensor Foundaτion

13,751 次观看 • 2 个月前

Introducing Term V2: The next layer of fixed-rate DeFi. Term V2 brings a peer-to-peer order book and atomic execution layer. With Term V2 live, the complete experience of Terminal 1 — an interface and routing system for fixed-rate markets— is unlocked. Users can express fixed-rate terms while capital stays productive, then route and execute positions in a single transaction. True fixed-rate, fixed-term markets, made executable. What’s live ↓

Introducing Term V2: The next layer of fixed-rate DeFi. Term V2 brings a peer-to-peer order book and atomic execution layer. With Term V2 live, the complete experience of Terminal 1 — an interface and routing system for fixed-rate markets— is unlocked. Users can express fixed-rate terms while capital stays productive, then route and execute positions in a single transaction. True fixed-rate, fixed-term markets, made executable. What’s live ↓

Term Labs

32,435 次观看 • 3 天前

You can also Tria to spend JPYC on Polygon across Japan > Top up a Tria card in JPYC > Convert tokens to JPYC > Or send JPYC directly to a contact One app. Multiple use cases. The conversion and routing just work because the settlement layer is consistent.

You can also Tria to spend JPYC on Polygon across Japan > Top up a Tria card in JPYC > Convert tokens to JPYC > Or send JPYC directly to a contact One app. Multiple use cases. The conversion and routing just work because the settlement layer is consistent.

Polygon | POL

23,338 次观看 • 5 个月前

Unifying liquidity for the ₿app Layer! 🍊🍋🐍 Fibrous is now LIVE on Citrea | Mainnet Live 🍊🍋. We are bringing the sharpest routing engine to Bitcoin’s first ZK Rollup, empowering Bitcoiners with best execution on every swap. Built to aggregate Bitcoin capital markets.

Unifying liquidity for the ₿app Layer! 🍊🍋🐍 Fibrous is now LIVE on Citrea | Mainnet Live 🍊🍋. We are bringing the sharpest routing engine to Bitcoin’s first ZK Rollup, empowering Bitcoiners with best execution on every swap. Built to aggregate Bitcoin capital markets.

Fibrous

14,549 次观看 • 6 个月前

There are two essential layers to the onchain economy: chain and liquidity networks. And it is not often noted, more value is accrued at the liquidity layer ($5B+) than chain layer ($3B+). MetaDEXs treat liquidity as a network -- and will soon unify it around a single token.

There are two essential layers to the onchain economy: chain and liquidity networks. And it is not often noted, more value is accrued at the liquidity layer ($5B+) than chain layer ($3B+). MetaDEXs treat liquidity as a network -- and will soon unify it around a single token.

alexander

64,729 次观看 • 8 个月前

Let me show you how easy it is to implement smart routing in your LLM-based projects. Smart routing will select the best model based on the difficulty of the request. This is honestly one of the easiest things you could do to make your app 10x better.

Let me show you how easy it is to implement smart routing in your LLM-based projects. Smart routing will select the best model based on the difficulty of the request. This is honestly one of the easiest things you could do to make your app 10x better.

Santiago

35,823 次观看 • 4 个月前

On-chain execution has always had a dirty secret: the price you see and the price you get are rarely the same thing. MEV, liquidity gaps, solver inefficiencies, it all comes out of your pocket, quietly, every single trade. BitGorilla fixes the routing layer. Solver-based infrastructure that scans every path, every chain, every available pool, before your trade settles. Not after. Not close enough. Before. Best execution is the whole point. BitGorilla is live. 🦍 👉

On-chain execution has always had a dirty secret: the price you see and the price you get are rarely the same thing. MEV, liquidity gaps, solver inefficiencies, it all comes out of your pocket, quietly, every single trade. BitGorilla fixes the routing layer. Solver-based infrastructure that scans every path, every chain, every available pool, before your trade settles. Not after. Not close enough. Before. Best execution is the whole point. BitGorilla is live. 🦍 👉

BitGorilla

23,940 次观看 • 3 个月前

What is #Bitcoin? "Bitcoin is the result of a long process of energy consolidating into a more and more dense form." - Luke Broyles Monetary Layer (BTC) <---------------------- Communications Layer (TCP/IP) Information Layer (🖥️) Energy Layer (🔌⚡)

What is #Bitcoin? "Bitcoin is the result of a long process of energy consolidating into a more and more dense form." - Luke Broyles Monetary Layer (BTC) <---------------------- Communications Layer (TCP/IP) Information Layer (🖥️) Energy Layer (🔌⚡)

Blockware

20,851 次观看 • 3 年前

Jensen Huang told a room of global investors that AI is not one industry. It is five stacked on top of each other. Most people are investing in layer four and ignoring layers one through three entirely. He called it the five-layer cake. Layer one is energy. Jensen said this is the single greatest opportunity for the energy industry in a hundred years. The first time in a century that the grid in most countries can actually attract serious capital. Nuclear, solar, wind, hydrogen, it does not matter what form. If it produces energy, it gets funded. Siemens, GE Vernova, Mitsubishi. That is why they are all doing so well right now. Layer two is chips, computers, networking, and silicon photonics. Everything that processes the intelligence. Layer three is infrastructure. Land, power, buildings, data center operations. Every single one in short supply today. Layer four is the model layer. OpenAI, Anthropic. The layer everyone talks about. Layer five is applications. Every startup applying AI to financial services, legal, healthcare, logistics, transportation. Last year alone, a hundred billion dollars of venture capital went into this layer. The single largest VC year in the history of humanity. Then he said the number that stopped me cold. We are putting one trillion dollars into this five-layer cake this year. That sounds enormous. Jensen thinks the AI industry will eventually run at twenty trillion dollars per year. We are one trillion in of a twenty trillion dollar per year ecosystem. Most people watching AI are staring at layer four. Jensen was describing layers one through five as a single compounding system where every layer feeds the one above it. The people who understand that will invest differently than the people who do not.

Jensen Huang told a room of global investors that AI is not one industry. It is five stacked on top of each other. Most people are investing in layer four and ignoring layers one through three entirely. He called it the five-layer cake. Layer one is energy. Jensen said this is the single greatest opportunity for the energy industry in a hundred years. The first time in a century that the grid in most countries can actually attract serious capital. Nuclear, solar, wind, hydrogen, it does not matter what form. If it produces energy, it gets funded. Siemens, GE Vernova, Mitsubishi. That is why they are all doing so well right now. Layer two is chips, computers, networking, and silicon photonics. Everything that processes the intelligence. Layer three is infrastructure. Land, power, buildings, data center operations. Every single one in short supply today. Layer four is the model layer. OpenAI, Anthropic. The layer everyone talks about. Layer five is applications. Every startup applying AI to financial services, legal, healthcare, logistics, transportation. Last year alone, a hundred billion dollars of venture capital went into this layer. The single largest VC year in the history of humanity. Then he said the number that stopped me cold. We are putting one trillion dollars into this five-layer cake this year. That sounds enormous. Jensen thinks the AI industry will eventually run at twenty trillion dollars per year. We are one trillion in of a twenty trillion dollar per year ecosystem. Most people watching AI are staring at layer four. Jensen was describing layers one through five as a single compounding system where every layer feeds the one above it. The people who understand that will invest differently than the people who do not.

Ihtesham Ali

97,887 次观看 • 1 个月前

Hello there people, so we recently cut a client's LLM costs from $40K to $16K/month. One SDK change. Zero refactoring. The problem you face is that your app talks directly to OpenAI/Anthropic. There is no intelligent routing → No fallbacks when providers go down → No PII protection → AND DEF No cost control So we came up with the solution and built the middleware layer that should exist. You just have to import metriqual client = metriqual.OpenAI(api_key="your-key") THE SAME INTERFACE BUT NOW: Intelligent routing (cost/latency optimized) 2. Automatic failovers between providers 3. PII detection & redaction 4. Request caching 5. Prompt versioning without code changes 6. Sub-millisecond Rust infrastructure If you're spending $5K+/month on LLMs, we'll show you where 40-60% is leaking. Now is this not great? Demo:

Hello there people, so we recently cut a client's LLM costs from $40K to $16K/month. One SDK change. Zero refactoring. The problem you face is that your app talks directly to OpenAI/Anthropic. There is no intelligent routing → No fallbacks when providers go down → No PII protection → AND DEF No cost control So we came up with the solution and built the middleware layer that should exist. You just have to import metriqual client = metriqual.OpenAI(api_key="your-key") THE SAME INTERFACE BUT NOW: Intelligent routing (cost/latency optimized) 2. Automatic failovers between providers 3. PII detection & redaction 4. Request caching 5. Prompt versioning without code changes 6. Sub-millisecond Rust infrastructure If you're spending $5K+/month on LLMs, we'll show you where 40-60% is leaking. Now is this not great? Demo:

Dikshika Sharma

61,514 次观看 • 6 个月前

There are five layers in the #AI architecture: the application layer, model layer, chip layer, infrastructure layer, and energy layer. India is working on all five layers and making good progress in each of them. On the application layer, India will probably be the supplier of services to the world - Union Minister Ashwini Vaishnaw at the WEF, speaking on India’s capabilities in AI-based solutions in services #WorldEconomicForum2026 #WEF26 #WEF2026

There are five layers in the #AI architecture: the application layer, model layer, chip layer, infrastructure layer, and energy layer. India is working on all five layers and making good progress in each of them. On the application layer, India will probably be the supplier of services to the world - Union Minister Ashwini Vaishnaw at the WEF, speaking on India’s capabilities in AI-based solutions in services #WorldEconomicForum2026 #WEF26 #WEF2026

PIB India

18,676 次观看 • 6 个月前

Concerned Citizen 10:28 “The aluminum layer reflects sunlight but is transparent to thermal infrared. The barium titanate layer has a higher density than the aluminum layer and interacts with the atmosphere's electric field to orient the disk with the reflective side up”

Concerned Citizen 10:28 “The aluminum layer reflects sunlight but is transparent to thermal infrared. The barium titanate layer has a higher density than the aluminum layer and interacts with the atmosphere's electric field to orient the disk with the reflective side up”

Tape

68,495 次观看 • 1 年前

We've been obsessed with the 3D genome lately. Our preprint will tell you why. We mapped 3D topology, layer by layer, across Development and Injury, guess what?! Neurons retain latent cellular memory that triggers rewiring of the 3D genome upon injury!!!

We've been obsessed with the 3D genome lately. Our preprint will tell you why. We mapped 3D topology, layer by layer, across Development and Injury, guess what?! Neurons retain latent cellular memory that triggers rewiring of the 3D genome upon injury!!!

Ishwariya Venkatesh

11,681 次观看 • 4 个月前

🚨 Deepseek V4 pro < api is sus> i have read multiple reports on x that it is routing to fable 5 , if it is right then we can see the jump in performance normal If it is not routing to fable 5 < quite impossible > then they made better model than kimi k3 , here is output

🚨 Deepseek V4 pro < api is sus> i have read multiple reports on x that it is routing to fable 5 , if it is right then we can see the jump in performance normal If it is not routing to fable 5 < quite impossible > then they made better model than kimi k3 , here is output

Chetaslua

99,585 次观看 • 19 天前