Point2 Technology is looking forward to changing the efficiency of data centers for good. Plus, they’ll share a groundbreaking approach to data transmission that takes advantage of radio technology. As for the other company, AttoTude, they’ve been working in this direction but already for a shorter period than their American competitor. It ultimately hopes to offer an attractive alternative to established optical and copper cables. Point2 Technology is shaking up the world of data transfer with their e-Tube technology. This breakthrough increases speeds exponentially, reduces costs and shrinks electricity used in the process.
Point2 Technology has developed cutting-edge cables that have eight e-Tube fibers. Each individual fiber is capable of carrying over 200 gigabits of data every second. The Japanese company says their new e-Tube cables are constructed with these advanced fibers, which occupy only the space of half a standard 32-gauge copper cable. Thanks to this novel design, the cables can extend an amazing 20 meters. Point2 Technology’s solution extends range while lowering power usage by over 80%. This is what makes it such a viable option for data centers looking to improve their operational efficiency.
Key Features of Point2 Technology’s e-Tube Cables
Point2 Technology’s e-Tube cable system features multiple benefits that have the potential to change the way data is transmitted. The most exciting aspect is probably its extremely low power usage, only a third of that of optical systems. Implementation costs are currently reduced to one-third of what conventional methods cost. This recent change is a game changer, making it an extremely compelling choice for enterprises seeking to do more with their budgets while still prioritizing performance.
The latency of Point2 Technology’s system is perhaps the second most important aspect that distinguishes it from existing technologies. According to the company, this level of latency is one-thousandth the latency usually encountered with optical technology. This improvement in responsiveness is game-changing for industrial or transportation applications where real-time data processing and transmission is required.
At the core of Point2 Technology’s cables is an advanced silicon chip. This chip translates incoming digital data into modulated millimeter-wave frequencies. A second antenna captures these frequencies and radiates them into a waveguide, allowing for highly efficient data transfers. Each waveguide is engineered to carry 448 gigabits per second by utilizing two frequencies: 90 gigahertz and 225 GHz.
Investment and Development
Seeing Point2 Technology’s slick advances has made a big splash through all of tech. The company has successfully attracted $55 million in venture funding, with significant investments from industry players like Molex, a well-known producer of computer cables and connections. This monetary support will fuel more R&D. This will allow the company to produce chips capable of powering a remarkable 1.6-terabit-per-second cable, one architected with eight thin polymer waveguides.
Our founders, the Point2 Technology guys, have a deep experience inherited. They came from similarly impactful roles at tech giants such as Marvell, Nvidia and Samsung. Their combined knowledge powers creativity and unique solutions for the firm. They are at the cutting edge of innovations that can lay the ground to outdo not just legacy optical technologies but in the transceiver-processor-packages too.
Collaboration and Future Prospects
The development of Point2 Technology’s e-Tube cables stems from a collaboration with engineers at the Korea Advanced Institute of Science and Technology. This collaboration used 28-nm CMOS technology. In collaboration, we created a high-performance yet streamlined system that is well-equipped to handle the data-growing needs of today’s data centers.
As Point2 Technology pushes prospects for their products, industry professionals are looking forward to seeing the effect they have. David Kuo, the vice president of product marketing and business development at Point2 Technology, emphasized the importance of reliability and efficiency in data transmission. He stated that “customers love fiber. What they hate is the photonics,” highlighting a common sentiment among users regarding existing optical solutions.
With this technology in mind, industry leaders have highlighted safety benefits, specifically, the dependability of electronic systems compared to optics. Yet as Dave Welch tells us, that’s simply not the case. “Electronics have been proven to be intrinsically more reliable than optics.” Point2 Technology is continuing to develop its radio-based approach. This advancement might greatly contribute to addressing both the resource scarcity and waste issues that data centers are increasingly encountering.
