There have been a lot of rumors about Apple's next-generation iPhone 8, and the outside world is full of expectations for the upcoming iPhone 10th Anniversary. But to know more rumored rumors, Apple's new patent is a good way. Although every new Apple patent that is exposed may not appear on the iPhone, the next two patents may be a sign of the upgrade of the iPhone 8.
iPhone8 invisible Home buttonApple today won a new technology patent that recognizes user fingerprints on the phone screen, paving the way for the iPhone 8 to cancel the Home button.
The patent granted to Apple by the US Patent and Trademark Office (PTO) on Tuesday was called "an interactive display panel with an infrared diode." The touch panel incorporates micro-LED sensing technology instead of the active matrix hardware used in traditional touch screens.
Apple's new patent. Source: appleinsider
The patent application for this technology was originally submitted in June 2014 by micro-LED technology developer LuxVue. In the same year, LuxVue was acquired by Apple. In April last year, the patent application was transferred to Apple.
This patented technology can replace the current capacitive sensor with infrared diodes and sensors, paving the way for canceling the iPhone's Home button and Touch ID sensor. At the same time, this is also consistent with recent rumors about the iPhone 8.
Recently there is news that the iPhone 8 will use a "full screen" with invisible Home button and Touch ID sensor. Apple can do this through the new patented technology acquired today.
The fingerprint sensing technology currently used by the iPhone requires the user's finger to touch the capacitive drive ring. In order to achieve the "full screen" in the rumor, Apple needs to integrate the Home button into the panel, or remove the Home button completely from the front panel. The industry believes that the latter is more likely.
iPhone8 waterproof performance upgradeAlthough the iPhone that will be launched this year is likely to be equipped with a higher level of waterproof performance, just like our desire for the iPhone, all consumers want the iPhone to be as waterproof and waterproof as possible. waterproof! At the same time, friends who like to wear Apple Watch games also want their smart watches to be more waterproof, waterproof and waterproof.
Apple has recently acquired a new patent related to waterproofing, the name of which is called "Dispelling Liquid from Acoustic Space". Let's take a closer look at what kind of invention the patent is.
Apple describes the patent when it comes to the acoustic modules of Apple devices, such as microphones and speaker modules, which generate sound waves through the vibration of the sound film, and the sound waves generated by the sound film are transmitted through the sound chamber of the device. The mechanism for removing the liquid will remove the liquid from the sound chamber of the device.
This liquid removal mechanism includes acoustic membranes, heating elements, hydrophobic fittings, and other accessories. In some cases, the mechanism can remove liquid from the acoustic chamber of the device when the acoustic module or associated electronic device is connected to an external power source.
Only we all know that Apple has been awarded numerous patents in the past, but most of the patents have not been put into commercial or Apple devices, Apple services. Regardless of the iPhone or Apple Watch, or Mac, we all hope to get a more waterproof Apple device in the future.
The article refers to Sina Technology and Weifeng Net Report
Small computer system interface (SCSI) is an independent processor standard for system level interfaces between computers and intelligent devices (hard disks, floppy drives, optical drives, printers, scanners, etc.). SCSI is an intelligent universal interface standard.
The maximum synchronous transmission rate of the original SCSI standard was 5MB / S (scsi-1, also known as narrowscsi, in 1986, the maximum support for seven devices, the clock frequency was 5MHz), and the later SCSI II specified two options for increasing the speed. One is to increase the frequency of data transmission, namely fast SCSI (in 1994, the maximum support for 7 devices) is 10 Mb / S (10 MHz) because the frequency is doubled; the other is to double the transmission frequency and increase the width of the data path from 8 bits to 16 bits. The maximum synchronous transmission speed of widescsi is 20MB / S (the clock frequency is 10MHz, in 1996, the maximum support for 15 devices).
The third generation of SCSI appeared around 1995, but there was no unified standard
1. Ultra SCSI with maximum synchronous transmission speed of 20MB / S (also known as FAST-20 SCSI, clock frequency of 20MHz);
2. Ultra wide SCSI with maximum synchronous transmission speed of 40MB / S (same as 1);
3. Ultra2 SCSI with maximum synchronous transmission speed of 40MB / S (also known as fast-40 SCSI, clock frequency of 40MHz, 1997).
Later, some newer SCSI standards appeared
1. Ultra2 widescsi with maxmum synchronous transmission speed of 80mb / S (clock frequency of 40MHz);
2. Ultra 3 SCSI with maximum synchronous transmission speed of 160MB / S (also known as ultra-160 or fast-80 wide SCSI, clock frequency of 40MHz plus double data rate, 1999);
3. Ultra 320 SCSI with maximum synchronous transmission speed of 320mb / S (also known as ultra 4 SCSI, clock frequency of 80MHz plus double data rate, 2002); 4. Ultra 640 SCSI with maximum synchronous transmission speed of 640MB / S (clock frequency of 160MHz plus double data rate, 2003, is the latest SCSI standard)
This interface is a convenient interface standard for system integration, cost reduction and efficiency improvement. More and more devices will use the SCSI interface standard. Therefore, there are many hard disks and SCSI CD-ROM drives with SCSI interface. However, due to the cost problem, they are mainly used on medium and high-end servers and workstations.
Metal Male SCSI Cover Section
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