![]() * LED indicator: Power/Network Sync/Wi-Fi/Signal Strength/LAN - WAN/SMS Checking the supported frequency bands on 4G, 3G, and 2G now. Support 3G DC-HSPA+/HSPA+/UMTS Band 900/2100MHz * TDD-LTE Peak download speed up to 220Mbps and upload speed to 10Mbps ![]() * FDD-LTE Peak download speed up to 300Mbps and upload speed to 50Mbps * Network mode: LTE/UMTS/HSDPA/HSUPA/EDGE/GPRS/GSM * Platform: HiSilicon LTE Cat6 Chipset, Cortex A9 Processor Huawei B525 4G LTE Cat6 Router features and technical specifications: Users can use the interface WLAN 802.11ac (max. It combines the advantages of a well-known devices B315 and E5186. Huawei had already an LTE cat6 router E5186, which has similar features to B525 WiFi router. With this application HiLink (available on Android and IOS), the B525 LTE CPE can be managed remotely using your smartphone. Huawei B525 CPE is a powerful 4G LTE Ultra desktop router so that you will enjoy the fastest wireless internet in your home or office. Two external antenna connectors are covered by a cap on the back. ![]() There are four RJ45 ports for Ethernet cable, one USB interface(ability to connect an external drive or printer) and one Telephone port(RJ11). Huawei B525 4G could support up to 64 wireless terminals to access the internet simultaneously with the WiFi 802.11ac dual bands(2.4GHz & 5GHz). Huawei B525 is a new 4G LTE Advanced router with carrier aggregation on HiSilicon LTE Cat6 Chipset, which could achieve download speed to 300Mbps and upload speed to 50Mbps. ![]()
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![]() Shazam searches are just one of several new types of data guiding the pop-music business. Shazam has become a favorite app of music agents around the country, and in February, the company announced that it would get into the music-making business itself, launching a new imprint under Warner Music Group for artists discovered through the app. Shazam’s engineers can rewind time to trace the international contagion of her first single, “Royals,” watching the pings of Shazam searches spread from New Zealand, her home country, to Nashville (a major music hub, even for noncountry songs), to the American coasts, pinpointing the exact day it peaked in each of nearly 3,000 U.S. Take, for example, Lorde, the out-of-nowhere sensation of 2013. “We know where a song’s popularity starts, and we can watch it spread,” Titus told me. (The company has a team of people who update its vast music library with the newest recorded music-including self-produced songs-from all over the world, and artists can submit their work to Shazam.) The map amounts to a real-time seismograph of the world’s most popular new music, helping scouts discover unsigned artists just as they’re starting to set off tremors. (Titus is now a senior director at Google.) Last year, Shazam released an interactive map overlaid with its search data, allowing users to zoom in on cities around the world and look up the most Shazam’d songs in São Paulo, Mumbai, or New York. “Sometimes we can see when a song is going to break out months before most people have even heard of it,” Jason Titus, Shazam’s former chief technologist, told me. While most users think of Shazam as a handy tool for identifying unfamiliar songs, it offers music executives something far more valuable: an early-detection system for hits.īy studying 20 million searches every day, Shazam can identify which songs are catching on, and where, before just about anybody else. It has also helped set off a revolution in the recording industry. (In the days before smartphones, users would dial a number, play the song through their phones, and then wait for Shazam to send a text with the title and artist.) Since then, it has been downloaded more than 500 million times and used to identify some 30 million songs, making it one of the most popular apps in the world. ![]() The trick, he discovered, was to turn a song into a piece of data. ![]() But then he made a breakthrough: rather than trying to capture whole songs, he built an algorithm that would create a unique acoustic fingerprint for each track. No technology existed that could distinguish music from background noise, and cataloging songs note for note would require authorization from the labels. Their idea was to develop a service that could identify any song within a few seconds, using only a cellphone, even in a crowded bar or coffee shop.Īt first, Wang, who had studied audio analysis and was responsible for building the software, feared it might be an impossible task. named Avery Wang co-founded, with a couple of business-school graduates, a tech start-up called Shazam. ![]() |
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