The Killer 2.5 Gigabit RJ-45 to USB-C 3.1 Ethernet Adapter features the same Killer Prioritization Engine that made Killer network interface cards (NICs) popular in gaming laptops. In fact, a good majority of ISP pipes around the world offer just about a 10th or even less bandwidth, which further highlights the importance of Killer's renowned packet prioritization features. Plugging into enterprise systems for diagnosis or data transfer is often enabled only via Ethernet, which can make not having an Ethernet port a huge disadvantage.īut what if your device either does not have an Ethernet port or only has a low-performing one? The new Killer 2.5 Gigabit RJ-45 to USB-C 3.1 Ethernet Adapter ( US$49.99 on Amazon) is the answer for all your high-performance and secure networking needs.Īs mentioned before, Killer's benefits don't just stop with unhindered 2.5G throughput. Also, users may want to have an upgraded networking experience that is much faster than the default Wi-Fi and Ethernet NICs on their devices without having to upgrade the whole laptop.īesides, there's also the issue of security. Sure, we do have many high-end gaming routers on the market that narrow the gap between Ethernet and Wi-Fi, but performance-conscious users and pro-gamers still swear by wired Ethernet.
While these are not completely invalid reasons, wired Ethernet is still the best choice when it comes to raw performance, particularly for gamers and power users. Those who still prefer wired internet can use some sort of USB dongle or docking station.Laptops focus on mobility, so wireless performance is more paramount.It hinders creating extremely thin and portable designs.In pursuit of thin and light utopia, we are seeing a trend where OEMs don't mind leaving out the Ethernet port, the popular arguments being: While this immensely helps with portability, the downside is that OEMs have to cut down on port selection in order to achieve the slimness targets that are demanded by the market.
Thin and light laptops are fast becoming the order of the day thanks to the availability of highly energy-efficient processing that does not require a massive cooling setup to deliver great performance.
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