Debug Interfaces Sample Clauses

Debug Interfaces. A debug interface is necessary during development. The debug interface gives access to the device while it is running, supporting all the typical debugger activities such as specify- ing breakpoints and controlling execution (stop, continue, single-step, etc.). In addition, the debug interface should support uploading and flashing binaries. The selection of debugging interfaces is small and the choice is highly dependent on what the chosen target processor supports. Usually, the debug interface is not an important con- sideration (as long as it is available), and the embedded developer will accept whatever is provided by the chosen microcontroller. JTAG: JTAG is the most widely used test and debug interface for all kinds of chips and systems. Although originally designed for board level testing of daisy chained integrated circuits, one of the main uses of JTAG today is for debugging software, providing all the capabilities mentioned above. JTAG is a 5 wire interface and supports daisy chaining devices such that several devices on a board can be debugged through the same JTAG port. A 2 wire variant exists, but it is not commonly used. Serial Wire Debug (SWD): Not all microcontrollers support the JTAG interface, mainly to reduce the pincount needed for debugging. The main alternative is the ARM SWD interface which only requires two wires (with an optional third wire for console output). All the soft- ware debugging functionality normally provided over JTAG will usually also be available over SWD.
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Related to Debug Interfaces

  • Interfaces Bellcore’s GR-446-CORE defines the interface between the administration system and LIDB including specific message formats. (Bellcore’s TR-NWP-000029, Section 10)

  • Network Interface Device (NID) 2.7.1 The NID is defined as any means of interconnection of end-user customer premises wiring to BellSouth’s distribution plant, such as a cross-connect device used for that purpose. The NID is a single-line termination device or that portion of a multiple-line termination device required to terminate a single line or circuit at the premises. The NID features two independent xxxxxxxx or divisions that separate the service provider’s network from the end user’s customer-premises wiring. Each chamber or division contains the appropriate connection points or posts to which the service provider and the end user each make their connections. The NID provides a protective ground connection and is capable of terminating cables such as twisted pair cable.

  • Local Switching Interfaces 4.2.13.1 Newcomm shall order ports and associated interfaces compatible with the services it wishes to provide as listed in Exhibit A. BellSouth shall provide the following local switching interfaces:

  • Interface A defined set of transmission facilities that separate Load Zones and that separate the NYCA from adjacent Control Areas. Investor-Owned Transmission Owners. A Transmission Owner that is owned by private investors. At the present time these include: Central Xxxxxx Gas & Electric Corporation, Consolidated Edison Company of New York, Inc., New York State Electric & Gas Corporation, Niagara Mohawk Power Corporation, Orange and Rockland Utilities, Inc., and Rochester Gas and Electric Corporation.

  • Network Interface Device 2.7.1 The NID is defined as any means of interconnection of the End User’s customer premises wiring to BellSouth’s distribution plant, such as a cross-connect device used for that purpose. The NID is a single line termination device or that portion of a multiple line termination device required to terminate a single line or circuit at the premises. The NID features two independent xxxxxxxx or divisions that separate the service provider’s network from the End User’s premises wiring. Each chamber or division contains the appropriate connection points or posts to which the service provider and the End User each make their connections. The NID provides a protective ground connection and is capable of terminating cables such as twisted pair cable.

  • Access to Network Interface Device (NID 2.4.3.1. Due to the wide variety of NIDs utilized by BellSouth (based on subscriber size and environmental considerations), Mpower may access the on-premises wiring by any of the following means: BellSouth shall allow Mpower to connect its loops directly to BellSouth’s multi-line residential NID enclosures that have additional space and are not used by BellSouth or any other telecommunications carriers to provide service to the premise. Mpower agrees to install compatible protectors and test jacks and to maintain the protection system and equipment and to indemnify BellSouth pursuant to Section 8 of the General Terms and Conditions of this Agreement.

  • Technical Interfaces 3.2.6.1 The Interconnection facilities provided by each Party shall be formatted using either Alternate Xxxx Inversion (AMI) line code with Superframe format framing or Bipolar 8-Zero Substitution with Extended Superframe (B8ZS ESF) format framing or any mutually agreeable line coding and framing.

  • Network Interconnection Architecture Each Party will plan, design, construct and maintain the facilities within their respective systems as are necessary and proper for the provision of traffic covered by this Agreement. These facilities include but are not limited to, a sufficient number of trunks to the point of interconnection with the tandem company, and sufficient interoffice and interexchange facilities and trunks between its own central offices to adequately handle traffic between all central offices within the service areas at P.01 grade of service or better. The provisioning and engineering of such services and facilities will comply with generally accepted industry methods and practices, and will observe the rules and regulations of the lawfully established tariffs applicable to the services provided.

  • Access Toll Connecting Trunk Group Architecture 9.2.1 If CBB chooses to subtend a Verizon access Tandem, CBB’s NPA/NXX must be assigned by CBB to subtend the same Verizon access Tandem that a Verizon NPA/NXX serving the same Rate Center Area subtends as identified in the LERG.

  • Workstation/Laptop encryption All workstations and laptops that process and/or store DHCS PHI or PI must be encrypted using a FIPS 140-2 certified algorithm which is 128bit or higher, such as Advanced Encryption Standard (AES). The encryption solution must be full disk unless approved by the DHCS Information Security Office.

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