DEPLOY EXPRESS

Brand Owner Address Description
DEPLOYXPRESS GETAC TECHNOLOGY CORPORATION 7F., No. 209, Nanyang St., Xizhi Dist. New Taipei City 22152 Taiwan DEPLOY EXPRESS;Computer programming; Computer software design; Updating of computer software; Research and development of computer software; Maintenance of computer software; Installation of computer software; Data encryption services; Planning, design, development and maintenance of online web sites for third parties; Hosting websites on the internet; Server hosting; Internet-based service for electronic data storage; Electronic storage services for electronic data; Electronic data backup services; Off-site data backup; Providing information on computer technology and programming via a web site; Cloud computing featuring software for database management, data analysis, document management, document analysis, video management, analysis, data processing, for use in the field of public safety, law enforcement, public utilities, transportation, logistics, telecommunication, automotive, healthcare and military; Software as a service (SAAS) services, namely, hosting software for use in information security and for the encryption, decryption and authentication of data, for digital certificate issuance, verification, and management, and for the verification and management of digital keys and credentials, and for custom quick response codes (QR codes), and for reading, storing, retrieving, saving, exporting and monitoring information; Software as a service that allows end-users the ability to perform financial transactions, for use in the field of public safety, law enforcement, public utilities, transportation, logistics, telecommunication, automotive, healthcare and military;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method for adjusting the PCI Express lane ordering is disclosed, comprising the following steps. The first packet associated with a first PCI Express lane ordering is sent to the peripheral device. The peripheral device replies the second packet associated with the second PCI Express lane ordering. Whether the PCI Express lane ordering is correct is determined in response to said second packet. The first PCI Express lane ordering is adjusted while the first PCI Express lane ordering does not match the second PCI Express lane ordering. Preferably, the adjusted PCI Express lane order matches the normal order or the reverse order. Then, reset and reinitialize the peripheral device. The resetting step can be accomplished by sending reset packets, or changing the common mode voltage level in order to reset the bridge chipset of the PC.