Acer’s hiding a quiet revolution in its mainstream Chromebook 11: two USB 3.1 Gen 1 (5Gbps) Type-C ports, which work for connectivity and for charging. Don’t run in a panic to the dongle store—you still get two USB 3.0 Type-A ports (whew!). But USB-C has remained rare in entry-level machines like the Chromebook 11. This tells us the tide is turning, and all the benefits of USB-C will soon be available even at budget levels.

Chromebook 11 specs and features

The Chromebook 11 CB311-8HT and CB311-8H, announced Saturday at CES and due to ship in April, otherwise represent a simple refresh of the company’s longstanding and popular product line. The pricing will start at $249. Here are the specs and features we know.

CPU: Intel Celeron (part numbers were not specified)

RAM: 4GB is the only amount offered.

Display: 11.6-inch, 1366×768 IPS in touch (CB311-8HT) or non-touch (CB311-8H)

Storage: 16GB or 32GB eMMC

HDR webcam (high dynamic range, which should deliver better image quality) with integrated microphone

Connectivity:

• Ÿ Two USB 3.1 Gen 1 Type-C ports
• Ÿ Two USB 3.0 Type-A ports
• Ÿ One microSD card reader

Weight: 2.43 pounds

Thickness: 0.71 inch (no other dimensions were provided)

Battery life: Up to 10 hours

As with other recent Chromebooks, the Chromebook 11 supports the Google Play Store, so you get access to all the Android apps you could possibly want. Google’s still working on making these apps more Chromebook-friendly, but their simple availability has increased the usefulness of Chromebooks beyond education and basic web browsing.

Acer’s Chromebook 11 is so mainstream you might overlook it. This year, with Android app support and especially USB-C, it’s a sign that the average computing experience is moving forward—but gently, so you’re not shut out of your precious USB-A peripherals  just yet.

Android phone makers are responding to Apple’s recent public relations nightmare, after it was revealed the company slowed older iPhone models down to compensate for aging batteries, and to avoid any problems that may occur due to them. Samsung, LG, HTC, and Motorola have all made statements saying they do not use similar tactics.

Motorola does not throttle processors inside its phones when the battery gets old, the company told The Verge, while HTC said something very similar. LG was even more forthcoming, saying it never has, and never will slow down processors inside its devices, because it, “cares what our customers think.”

Samsung issued a longer statement, saying that in addition to not slowing processors over time, it uses software and built-in safety features to “govern the battery-charging current and charging duration.” This suggests Samsung prefers to manage the battery as it starts to age, rather than temper the processor to reduce strain. We have contacted Huawei and OnePlus for comment, and will update when both respond.

While many will be pleased their Android phones won’t hit an artificial speed limit in the future, this doesn’t mean Android phones are immune to problems. The iPhone uses the same battery technology as every Android phone — therefore it degrades in the same way — and replacing the battery inside almost all flagship Android phones today is an equally awkward process, as well.

Reports of long-term system slowdown for Android phones aren’t rare either, and are usually caused by lack of storage space, memory fragmentation, or other system issues. Huawei is one company that has acknowledged this, and the company has made it very clear how it addresses the problem. Introduced in EMUI 5.0, it used machine learning to understand how you use your phone, then allocate resources intelligently to speed things up, along with new processes to manage memory. It promises EMUI 5 and above-equipped phones will remain fast even after 18 months of use.

Apple has responded to criticism by lowering the price of a replacement battery for the iPhone, which resolves any device throttling. Apple also went into detail about why it implemented these measures in the first place.