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Tag: networking

  • The Eero Outdoor 7 Brings Wi-Fi to the Backyard

    The Eero Outdoor 7 Brings Wi-Fi to the Backyard

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    The Eero Outdoor 7 comes with fixings and instructional videos for installation onto stucco, vinyl, wood, or fiber cement walls. You can also attach it to a fence or a wooden post if you prefer. The Eero Outdoor 7 supports PoE (power over Ethernet), meaning you can plug a single Ethernet cable into the 2.5 Gbps Ethernet port to deliver both internet and power, though the other end will have to plug into something like Eero’s PoE Gateway ($400).

    A wired connection will squeeze the best performance from the Eero Outdoor 7, but means running a cable. If you prefer to connect wirelessly, you’ll need the optional outdoor power adapter, which costs an extra $50. It will use the 5-GHz band to connect to an existing mesh wirelessly, reducing the available bandwidth for devices. If you’re wondering about the lack of 6-GHz, often touted as the main advantage of Wi-Fi 7, Eero decided it didn’t make much sense for outdoor Wi-Fi where the range is so vital, and it’s a fair point (6-GHz is relatively short range and requires more power).

    The Eero Outdoor 7 a small white rectangular device with rounded edges and a thin cord coming from the bottom attached...

    Photograph: Eero

    The Eero Outdoor 7 is compatible with all the existing Eero systems that the company sells, so you can move freely inside and out, and it will pass off the connection seamlessly to your devices, automatically finding the best channels and minimizing interference. Just like Eero’s routers, the Outdoor 7 is smart-home-friendly, with support for Thread, Zigbee, and Matter. That will be handy for devices like security cameras and robot mowers and could be a crucial selling point for the Eero Outdoor 7 compared to other outdoor routers, like the significantly cheaper TP-Link Deco X50 Outdoor ($150).

    The Eero Outdoor 7 costs $350 and is available starting November 13. The bundle with the 30-watt PoE (Power over Ethernet) and outdoor power adapter is $400 and gives you around 18 feet of cable to run to an outdoor outlet. It will also be offered in two-packs and bundled with other Eero systems, like the Max 7. The Eero Outdoor 7 comes with a three-year warranty.

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  • To Build a Better AI Supercomputer, Let There Be Light

    To Build a Better AI Supercomputer, Let There Be Light

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    GlobalFoundries, a company that makes chips for others, including AMD and General Motors, previously announced a partnership with Lightmatter. Harris says his company is “working with the largest semiconductor companies in the world as well as the hyperscalers,” referring to the largest cloud companies like Microsoft, Amazon, and Google.

    If Lightmatter or another company can reinvent the wiring of giant AI projects, a key bottleneck in the development of smarter algorithms might fall away. The use of more computation was fundamental to the advances that led to ChatGPT, and many AI researchers see the further scaling-up of hardware as being crucial to future advances in the field—and to hopes of ever reaching the vaguely-specified goal of artificial general intelligence, or AGI, meaning programs that can match or exceed biological intelligence in every way.

    Linking a million chips together with light might allow for algorithms several generations beyond today’s cutting edge, says Lightmatter’s CEO Nick Harris. “Passage is going to enable AGI algorithms,” he confidently suggests.

    The large data centers that are needed to train giant AI algorithms typically consist of racks filled with tens of thousands of computers running specialized silicon chips and a spaghetti of mostly electrical connections between them. Maintaining training runs for AI across so many systems—all connected by wires and switches—is a huge engineering undertaking. Converting between electronic and optical signals also places fundamental limits on chips’ abilities to run computations as one.

    Lightmatter’s approach is designed to simplify the tricky traffic inside AI data centers. “Normally you have a bunch of GPUs, and then a layer of switches, and a layer of switches, and a layer of switches, and you have to traverse that tree” to communicate between two GPUs, Harris says. In a data center connected by Passage, Harris says, every GPU would have a high-speed connection to every other chip.

    Lightmatter’s work on Passage is an example of how AI’s recent flourishing has inspired companies large and small to try to reinvent key hardware behind advances like OpenAI’s ChatGPT. Nvidia, the leading supplier of GPUs for AI projects, held its annual conference last month, where CEO Jensen Huang unveiled the company’s latest chip for training AI: a GPU called Blackwell. Nvidia will sell the GPU in a “superchip” consisting of two Blackwell GPUs and a conventional CPU processor, all connected using the company’s new high-speed communications technology called NVLink-C2C.

    The chip industry is famous for finding ways to wring more computing power from chips without making them larger, but Nvidia chose to buck that trend. The Blackwell GPUs inside the company’s superchip are twice as powerful as their predecessors but are made by bolting two chips together, meaning they consume much more power. That trade-off, in addition to Nvidia’s efforts to glue its chips together with high-speed links, suggests that upgrades to other key components for AI supercomputers, like that proposed by Lightmatter, could become more important.

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