Buy it there, bring it here. Now you can activate your unlocked BlackBerry KEY2LE with Verizon, America’s most awarded network. Already own the BlackBerry KEY2LE, or thinking about buying one in the future? Activate it using the Bring Your Own Device page or log in to My Verizon to add it to an existing line. There’s never been a better time to start enjoying all the benefits the nation’s largest and most reliable 4G LTE network has to offer.
Slim and sculpted.
Stay connected on the go with a sleek and lightweight smartphone that fits comfortably in the palm your hand. A soft, textured back and iconic u-shaped edges make it easier to grip and handle your device.
Keys at your fingertips.
Send text messages and navigate your smartphone with an easy-to-use physical keyboard and vibrant 4.5-inch display. “It's bright, clear and colorful,” Tech Radar notes, “and works great for emails, web browsing and social media.”
Big on privacy.
Catch problems before they happen with real-time DTEK threat monitoring by BlackBerry. Keep your photos, files and browsing history private with the Locker app, which hides your information behind a fingerprint sensor or passcode.
Spend more time away from the charger.*
Go unplugged for up to 22 hours thanks to a long-lasting 3,000 mAh battery.* Qualcomm® Quick Charge™ 3.0 fuels your phone up fast, providing up to a 50% charge in only 36 minutes. “The LE will easily get you through even the most demanding of days,” writes Pocket-lint. And it can even simplify your charging schedule by learning your usage patterns and suggesting the best times to refuel.
Certified unlocked.
Available in slate, champagne and atomic colors, the BlackBerry KEY2LE can be purchased at select retailers. Activate yours today by visiting Verizon’s Bring Your Own Device page.
*Based on average battery life under typical usage conditions. Average expected performance based on typical use. Actual battery life depends on factors such as network, features selected, frequency of calls, and voice, data, and other application-usage patterns. Results may vary.