Point2 Technology Founded by Marvell, Nvidia, and Samsung industry veterans. They’ve created a revolutionary cable that dramatically increases the efficiency of data centers. Learn more about the e-Tube, a new innovative product that incorporates high-performance e-Tube fibers. It includes a euro-15 specialized silicon chip that allows for high-speed data transmission. The e-Tube cables are an essential solution to important threats against today’s data centers. They do a great job of solving problems such as space limitations and the demand for high bandwidths.
The newly designed e-Tube cable, with up to eight e-Tube fibers, is more than 200 gigabits per fiber, with the option for more than one fiber. Point2 Technology’s cable is thin, measuring just 8.1mm in diameter. Plus, since it only requires half the space of conventional Active Electrical Cables (AECs), it really fits anywhere. The technology uses a single silicon chip to convert incoming digital data to modulated millimeter-wave frequencies. The integrated circuit uses 28-nanometer Complementary Metal-Oxide-Semiconductor (CMOS) technology to deliver high performance with optimum power consumption.
In April, Point2 Technology introduced their incredible talents with a spectacular performance at the Optical Fiber Communications Conference. They then went on to achieve a 4-meter transmission of a 970 GHz carrier. As they worked previously, this demonstration showed just how impactful their technology could be in the real world.
Advanced Specifications and Performance
The second-generation e-Tube cable now includes fibers that are only about 200 micrometers wide, providing increased flexibility as well as speed and efficiency. Remarkably, Point2 Technology’s system makes it possible to set the loss rate no higher than 0.3 decibels per meter. The losses in traditional copper cables are many times worse. By comparison, they can’t even process data streams at 224 gigabits per second.
Point2 Technology is preparing to manufacture the silicon chips for a cutting-edge underwater cable. Besides transportation, this innovative cable will support an astounding speed of 1.6 terabits per second! This upcoming cable will consist of eight slender polymer waveguides, with each waveguide capable of transmitting 448 gigabits per second using two frequencies: 90 gigahertz and 225 GHz. Such advancements would offer significant benefits compared to optical solutions within transceiver-processor packages.
Of the new e-Tube cable, the biggest benefit is its length of up to 10 to 20 meters. Best of all, it doesn’t experience much in the way of signal loss across that spectrum. This enabling technology is fundamental to today’s modern data center architectures. Its revolutionary chiplet-based architecture guarantees seamless high-performance connectivity across all components, such as GPUs and network switches.
Industry Insights and Reactions
From the introduction of Point2 Technology’s innovations, industry experts have shared a similar energetic reaction. In fact, as Dave Welch, another leading light in the field, recently noted, customers just like fiber technology. He recognized their distaste for all the fuss associated with photonics. He stated, “Customers love fiber. What they hate is the photonics.” This sentiment is a key driver behind demand for solutions that make deployment easier while boosting performance.
Furthermore, Welch emphasized the reliability of electronic systems compared to optical ones, stating, “Electronics have been demonstrated to be inherently more reliable than optics.” His findings are testimony to a larger trend towards more predictable outcomes as data centers mature to deliver against surging requirements.
Retired labor educator Don Barnetson provided his thoughts on the growing technology that will connect us all. He remarked, “You start with passive copper, and you do everything you can to run in passive copper as long as you can.” This insight reveals the industry’s historical reliance on copper solutions and highlights the shift towards more advanced technologies like Point2’s e-Tube.
Funding and Future Prospects
Now take a company with the ability to attract $55 million in venture funding. Most strikingly, pioneering investments were led by Molex, one of the world’s largest makers of computer cables and connectors. This financial support will propel the research and development at Point2 to continue even further. It will assist their company in making the jump from prototype to production.
Now the company is taking its first step with Active Electrical Cables. This invention will greatly expand their architecture by connecting each individual GPU directly to network switches in a new scale-out network architecture. Ultimately, this application will improve the efficiency of transferring data across different computing environments.