Network Jitter definition

Network Jitter refers to a variation in the interval at which packets are received, also described as the variability in Latency as measured in the variability over time of the packet Latency across a network. Jitter is calculated as an aggregate average monthly metric measured by GRANDE across the GRANDE Backbone Network between a sample of GRANDE POPs. Local access loops are not included. Periods of Excused Outage are not included in Jitter metrics.
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Network Jitter means the average variation in the delay of received packets transmitted between all applicable Gap IP Access Nodes within a region (Intra-Region) or between applicable Gap IP Access Nodes connecting two regions (Inter-Region). ■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■■
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Network Jitter means the average variation in the delay of received packets transmitted between all Intra- Region or Inter-Region Sprint IP access nodes.
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Examples of Network Jitter in a sentence

  • The GRANDE Backbone Network is designed to have a monthly average one-way Network Jitter not to exceed the following: If the applicable Network Jitter target is exceeded in a given calendar month, Customer will be entitled to a credit of 1/30th of the MRC of the affected circuit for that month for each full 1ms of Network Jitter above the Network Jitter target set forth above.

  • The Astound Backbone Network is designed to have a monthly average one-way Network Jitter not to exceed the following: If the applicable Network Jitter target is exceeded in a given calendar month, Customer will be entitled to a credit of 1/30th of the MRC of the affected circuit for that month for each full 1ms of Network Jitter above the Network Jitter target set forth above.

  • Payment for appurtenances listed separately in the bid schedule is made at the contract prices for those items.

  • The RCN Backbone Network is designed to have a monthly average one-way Network Jitter not to exceed the following: If the applicable Network Jitter target is exceeded in a given calendar month, Customer will be entitled to a credit of 1/30th of the MRC of the affected circuit for that month for each full 1ms of Network Jitter above the Network Jitter target set forth above.

  • The jitter buffer size proactively adjusts or adapts in size, depending on changing network conditions.Linksys IP phones have a Network Jitter Level control setting for each line of service.

  • STEP 2 To optimize G.711 fallback fax completion rates, set the following on the Line tab of your SRP: • Network Jitter Buffer: very high • Jitter buffer adjustment: disable • Call Waiting: no • 3 Way Calling: no • Echo Canceller: no • Silence suppression: no • Preferred Codec: G.711 • Use pref.

  • The performance of Windstream’s network for purposes of measuring MPLS Networking deliverables under this SLA is measured through Network Availability, Network Latency, Network Packet Loss, and Network Jitter.

  • QOS ClassTargetNetwork Jitter, =(Credit as a fraction of the MRC for the Affected Services) Real Time< = 2.5ms1/30 MRC for each day (any 24 hour period) Windstream fails to meet the Network Jitter SLA for Real Time QoS during any Calendar Month.

  • STEP 2 To optimize G.711 fallback fax completion rates, set the following on the Line tab of your ATA device: ▪ Network Jitter Buffer: very high ▪ Jitter buffer adjustment: disable ▪ Call Waiting: no ▪ 3 Way Calling: no ▪ Echo Canceller: no ▪ Silence suppression: no ▪ Preferred Codec: G.711 ▪ Use pref.

  • As DNS racing, String and Sock, and CSS Prime+Probe use an external server for time measurement, these techniques are inherently sensitive to jitter naturally present on the network between the victim and the web server.Measuring Network Jitter.


More Definitions of Network Jitter

Network Jitter means the average variation in delay for packet transfers between TWTC’s designated points of presence (“POPs”) during a calendar month, as further described below in the section titled “Measurements.” Upon Customer’s request, TWTC will issue credits for TWTC’s failure to meet the Network Jitter metrics specified in the table below if the failure is service impacting to the Customer. Credits will be calculated by multiplying the percentage specified in the table by the MRC for the non-performing Service. The credits specified below are not cumulative and, for any calendar month, Customer shall only be entitled to one credit specified in the table below based on the highest contracted-for CoS level for the non- performing Service. 1.1 ms to 2.0 ms 1.1 ms to 2.0 ms 5% No Credit No Credit No Credit No Credit 2.1 ms to 4.0 ms 2.1 ms to 4.0 ms 10% 5% No Credit No Credit No Credit 4.1 ms to 5.0 ms 4.1 ms to 5.0 ms 15% 10% No Credit No Credit No Credit 5.1 ms to 6.5 ms 5.1 ms to 6.5 ms 20% 15% 10% No Credit No Credit 6.6 ms to 7.5 ms 6.6 ms to 7.5 ms 30% 20% 15% No Credit No Credit 7.6 ms to 10.0 ms 7.6 ms to 10.0 ms 40% 30% 25% 15% No Credit 10.1 ms or greater 10.1 ms or greater 50% 40% 30% 20% 10%
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Network Jitter means the average variation in delay for packet transfers between TWTC’s designated POPs during each calendar month. For Services provided within the continental United States, measurements are taken at TWTC’s POPs in the continental United States; for Services provided in Hawaii, between TWTC’s POPs in Honolulu, HI and TWTC’s POPs on the west coast of the continental United States. Upon Customer’s request, TWTC will issue credits for TWTC’s failure to meet the Network Jitter metrics specified in the table below, and such credits will be calculated by multiplying the percentage specified in the table by the MRC for the non-performing Service. The credits specified below are not cumulative and, in any calendar month, Customer shall only be entitled to one credit specified in the table below based on the highest affected CoS level for the non-performing Service. 1 ms or less 1 ms or less No Credit No Credit No Credit No Credit No Credit 1.1 ms to 2.0 ms 1.1 ms to 2.0 ms 5% No Credit No Credit No Credit No Credit 2.1 ms to 4.0 ms 2.1 ms to 4.0 ms 10% 5% No Credit No Credit No Credit 4.1 ms to 5.0 ms 4.1 ms to 5.0 ms 15% 10% No Credit No Credit No Credit 5.1 ms to 6.5 ms 5.1 ms to 6.5 ms 20% 15% 10% No Credit No Credit 6.6 ms to 7.5 ms 6.6 ms to 7.5 ms 30% 20% 15% No Credit No Credit 7.6 ms to 10.0 ms 7.6 ms to 10.0 ms 40% 30% 25% 15% No Credit 10.1 ms or greater 10.1 ms or greater 50% 40% 30% 20% 10% III. Service Level Agreement - International IP VPN Services Only Network Availability TWTC’s IP VPN Services that are not provided within the continental United States and Hawaii (“International IP VPN Services”) will be available to Customer at least 99.99% of the time during a calendar month (“International Availability Standard”). An International IP VPN Service is unavailable during any period of time that it experiences a Service Outage. Upon Customer’s request, TWTC shall issue credits for each Service Outage, and such credits shall be calculated by multiplying the percentage specified in the table below by the MRC for the non-performing International IP VPN Service. Latency, Packet Deliver and jitter metrics for TWTC’s International IP VPN Services vary by route and CoS designated by Customer. Latency, packet delivery and jitter levels for TWTC’s International IP VPN Services are measured and reported by TWTC’s underlying provider and are available upon Customer’s request. The resources, equipment and methodology used to measure latency, packet delivery a...
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Network Jitter means the average variation in delay for packet transfers between TWTC’s designated POPs during each calendar month. For SIP Trunking and Enterprise SIP Trunking Services provided within the continental United States, measurements are taken at TWTC’s POPs in the continental United States; for Services provided in Hawaii, between TWTC’s POPs in Honolulu, HI and TWTC’s POPs on the west coast of the continental United States. Upon Customer’s request, TWTC will issue credits for TWTC’s failure to meet the Network Jitter metrics specified in the table below, and such credits will be calculated by multiplying the percentage specified in the table by the MRC for the non-performing SIP Trunking or Enterprise SIP Trunking Service. The credits specified below are not cumulative and, in any calendar month, Customer shall only be entitled to one credit specified in the table below.
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Network Jitter is defined as the variation in the time between data packets arriving to a destination, caused by network congestion, timing drift, or route changes. Specially generated test packets are used to measure Jitter. The test packet sizes are 70 bytes, and measurements are made every five (5) minutes
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Related to Network Jitter

  • Network User means a customer or a potential customer of a transmission system operator, and transmission system operators themselves in so far as it is necessary for them to carry out their functions in relation to transmission;

  • Network Services means the equipment, software, and services necessary to transmit voice, data, or video.

  • Network Resource means any designated generating resource owned, purchased, or leased by a Network Customer under the Network Integration Transmission Service Tariff. Network Resources do not include any resource, or any portion thereof, that is committed for sale to third parties or otherwise cannot be called upon to meet the Network Customer’s Network Load on a non-interruptible basis, except for purposes of fulfilling obligations under a reserve sharing program.

  • Network means the participating providers described in the Provider Directory.

  • Network pharmacy means any pharmacy that has an agreement to accept our pharmacy allowance for prescription drugs and diabetic equipment/supplies covered under this agreement. All other pharmacies are NON-NETWORK PHARMACIES. The one exception and for the purpose of specialty Prescription Drugs, only specialty pharmacies that have an agreement to accept our pharmacy allowance are network pharmacies and all others pharmacies are non-network pharmacies.

  • Network Element is As Defined in the Act.

  • Networks the Local Area Network, network equipment, computer systems, and local cable infrastructure, at the Sites, to which the Service will be connected.

  • Network Load means the load that a Network Customer designates for Network Integration Transmission Service under Tariff, Part III. The Network Customer’s Network Load shall include all load (including losses) served by the output of any Network Resources designated by the Network Customer. A Network Customer may elect to designate less than its total load as Network Load but may not designate only part of the load at a discrete Point of Delivery. Where an Eligible Customer has elected not to designate a particular load at discrete points of delivery as Network Load, the Eligible Customer is responsible for making separate arrangements under Tariff, Part II for any Point-To-Point Transmission Service that may be necessary for such non-designated load.

  • Network Operator means the provider of the Network.

  • Network Service means a Service provided by means of the Network.

  • Network Rail means Network Rail Infrastructure Limited (Company registration number 02904587) whose registered office is at 1 Eversholt Street, London, NW1 2DN and any associated company of Network Rail which holds property for railway purposes, and for the purpose of this definition “associated company” means any company which is (within the meaning of section 1159 (meaning of “subsidiary” etc.) of the Companies Act 2006) the holding company of Network Rail Infrastructure Limited, a subsidiary of Network Rail Infrastructure Limited or another subsidiary of the holding company of Network Rail Infrastructure Limited;

  • Broadband or “Broadband Service” means any service defined as Broadband, or having advanced telecommunications capability, in the most recent Federal Communications Commission inquiry pursuant to Section 706 of the Telecommunications Act of 1996 (P.L. 104-104).2

  • Integrated Services Digital Network (ISDN means a switched network service that provides end-to-end digital connectivity for the simultaneous transmission of voice and data. Basic Rate Interface-ISDN (BRI-ISDN) provides for a digital transmission of two (2) 64 Kbps bearer channels and one (1) 16 Kbps data channel (2B+D).

  • Digital Cross Connect System or "DCS" is a function which provides automated Cross Connection of Digital Signal Level 0 (DS0) or higher transmission bit rate digital channels within physical interface facilities. Types of DCS include but are not limited to DCS 1/0s, DCS 3/1s, and DCS 3/3s, where the nomenclature 1/0 denotes interfaces typically at the DS1 rate or greater with Cross Connection typically at the DS0 rate. This same nomenclature, at the appropriate rate substitution, extends to the other types of DCS specifically cited as 3/1 and 3/3. Types of DCS that cross connect Synchronous Transport Signal level 1 (STS-1 s) or other Synchronous Optical Network (SONET) signals (e.g., STS-3) are also DCS, although not denoted by this same type of nomenclature. DCS may provide the functionality of more than one of the aforementioned DCS types (e.g., DCS 3/3/1 which combines functionality of DCS 3/3 and DCS 3/1). For such DCS, the requirements will be, at least, the aggregation of requirements on the "component" DCS. In locations where automated Cross Connection capability does not exist, DCS will be defined as the combination of the functionality provided by a Digital Signal Cross Connect (DSX) or Light Guide Cross Connect (LGX) patch panels and D4 channel banks or other DS0 and above multiplexing equipment used to provide the function of a manual Cross Connection. Interconnection is between a DSX or LGX to a Switch, another Cross Connection, or other service platform device.

  • In-network or "participating" means a provider or facility

  • Network Upgrades means modifications or additions to transmission-related facilities that are integrated with and support the Transmission Provider’s overall Transmission System for the general benefit of all users of such Transmission System. Network Upgrades shall include:

  • Wireless means a wireless handheld validation unit used with a supporting Wireless Local Area Network (WLAN) as part of an approved gaming system. Amended 1/14/15

  • Cable Television Network means system consisting of set of closed transmission paths and associated signal generation, control and distribution equipment, designed to provide Cable Service for reception by multiple subscribers.

  • Network Service User means an entity using Network Transmission Service.

  • Network plan means a policy of group health insurance offered by an insurer under which the financing and delivery of medical care, including items and services paid for as medical care, are provided, in whole or in part, through a defined set of providers under contract with the insurer. The term does not include an arrangement for the financing of premiums.

  • Merchant Network Upgrades means additions to, or modifications or replacements of, physical facilities of the Interconnected Transmission Owner that, on the date of the pertinent Transmission Interconnection Customer’s Upgrade Request, are part of the Transmission System or are included in the Regional Transmission Expansion Plan.

  • Digital network means any online-enabled application, software, website or system offered or utilized by a transportation network company that enables the prearrangement of rides with transportation network company drivers.

  • Mobile means any mobile delivery technology including 3G, 3.5G, 4G, 5G cellular technology, and any subsequent generation technology, edge, DVBH or DMB which is or may be used with radio frequency spectrum in any band, to enable or facilitate transmission of textual material, data, voice, video and/or multimedia service to any device (whether now known or hereafter developed) which is capable of receiving and/or sending voice and/or data and/or video communications by means of a device which is designed primarily as a portable device.

  • Broadband Services means Verizon's Fios or DSL-based Internet services (whichever applies). Verizon's DSL-based Internet service is also known as "High Speed Internet" ("HSI").

  • VoIP means Voice over Internet Protocol.

  • Interface means the mixture occurring in pipeline operations between adjoining batches having similar or dissimilar physical characteristics.