Processor license definition

Processor license means a document that is issued to a person after a successful application and receipt of all fees.
Processor license means a license issued to an infuser
Processor license means a document created by the Pueblo which authorizes a person or entity to process, handle, transport or store Hemp at a specified location(s).

Examples of Processor license in a sentence

  • A Per Processor license will allow an unlimited number of Devices to accesses the services of the Server running the Server Software as long as a Per Processor license has been purchased, pursuant to the Transaction Document, License File, or License Certificate, for each processor running on the Server.

  • A Process Central or Enterprise Central software license includes one Processor license.

  • A Per Processor license will allow an unlimited number of Devices to access the services of the Server running the Server Software as long as a Per Processor license has been purchased, pursuant to the Order Form, License File, or License Certificate, for each processor running on the Server.

  • In no event will Processor license, transfer, sell, market, distribute or otherwise convey any portion of the Lists in any manner (including through a network, on-line or otherwise), to any third party.

  • A Per Processor license will allow an unlimited number of Devices to accesses the services of the Server running the Server Software as long as a Per Processor license has been purchased, pursuant to the Order Form, License File, or License Certificate, for each processor running on the Server.

  • Per Processor license costs are the same regardless of the number of cores in the processor.


More Definitions of Processor license

Processor license means a document that is issued to a person after a successful
Processor license means the aggregate number of Server Processors that are capable of running any component of the Software (except the Web Connector and Report Publishing Wizard) at any time, as further described in Section 4.