The PowerSmart 2480 has been designed to provide 24 / 48 VDC or 110 / 220 VAC power to external amplifiers / BUCs, and includes features to support
Monitor and Control (M&C) functions for several products. Most DC / AC powered BUCs, SSPAs and TWTAs can be integrated with the PowerSmart 2480, for an efficient and convenient hardware solution to provide POWER plus M&C control to an outdoor transmitter unit.
Cisco Catalyst 2960-X, 2960-CX, and 3560-CX Platforms - The Greenest Catalyst...Cisco Enterprise Networks
Cisco Catalyst 2960-X, 2960-CX, and 3560-CX Series Switches reduce TOC in a unique way by lowering power
consumption by up to 82 percent, with power usage reduced to 6.3W from 33.1W in the Cisco Catalyst 2960X-
24TD-L Switch when in hibernation mode, for example. Other models in the Cisco Catalyst 2960-X, 2960-CX, and
3560-CX Series Switches show significant power savings with the use of Cisco EnergyWise hibernation mode and
Energy Efficient Ethernet (EEE). These are the greenest Cisco Catalyst switches ever.
Dati forniti dalla DGPIP - Direzione Generale della Promozione degli Investimenti Privati oggi AGENCE BISSAU-GUINÉENNE DE PROMOTION DES INVESTISSEMENTS (GUINÉE-BISSAU INVESTISSEMENTS)
tradotti da Barbara de Siena per il progetto “Invest in GB” di BdS Consulting
www.investingb.blogspot.com - b.desiena@gmail.com
The PowerSmart 2480 has been designed to provide 24 / 48 VDC or 110 / 220 VAC power to external amplifiers / BUCs, and includes features to support
Monitor and Control (M&C) functions for several products. Most DC / AC powered BUCs, SSPAs and TWTAs can be integrated with the PowerSmart 2480, for an efficient and convenient hardware solution to provide POWER plus M&C control to an outdoor transmitter unit.
Cisco Catalyst 2960-X, 2960-CX, and 3560-CX Platforms - The Greenest Catalyst...Cisco Enterprise Networks
Cisco Catalyst 2960-X, 2960-CX, and 3560-CX Series Switches reduce TOC in a unique way by lowering power
consumption by up to 82 percent, with power usage reduced to 6.3W from 33.1W in the Cisco Catalyst 2960X-
24TD-L Switch when in hibernation mode, for example. Other models in the Cisco Catalyst 2960-X, 2960-CX, and
3560-CX Series Switches show significant power savings with the use of Cisco EnergyWise hibernation mode and
Energy Efficient Ethernet (EEE). These are the greenest Cisco Catalyst switches ever.
Dati forniti dalla DGPIP - Direzione Generale della Promozione degli Investimenti Privati oggi AGENCE BISSAU-GUINÉENNE DE PROMOTION DES INVESTISSEMENTS (GUINÉE-BISSAU INVESTISSEMENTS)
tradotti da Barbara de Siena per il progetto “Invest in GB” di BdS Consulting
www.investingb.blogspot.com - b.desiena@gmail.com
L’ambizione è fare del Senegal un Hub sull’Africa e principalmente sulla CEDAO Comunità Economica degli Stati dell’Africa dell’Ovest e dei suoi 300 milioni di individui
Serge Rombi
Euronews
Engagement is the necessary ingredient for better health and economic outcomes. Not just the patient, but the plan sponsor (sometimes the employer) and the provider/health system. The value-based designs for benefits and payment reimbursement will only deliver results with higher levels of engagement in lifestyle, chronic care management, and choice of care site. New data from neuroscience experts show why carrots work better than sticks. Getting to health is the mission of the Center of Health Engagement.
SIPAL & SIES Salone dell’alimentazione e del packaging 2016
SIPAL & SIES, le fiere di riferimento nella regione del’Africa Occidentale. Rappresentate in Italia dall'Associazione L'Africa & l'Italia.
SIAGRO 2016
10° edizione dal 15 al 18 marzo a Dakar al CICES
Produrre di più e meglio in Africa per la sicurezza alimentare, energetica e per un'offerta competitiva
SIAGRO 2016
10ème édition - du 15 au 18 mars à Dakar au CICES
Produire plus et mieux en Afrique pour une sécurité alimentaire, énergétique et pour une offre compétitive.
SIAGRO 2016
10th edition - from march 15 to 18 in Dakar at CICES
Producing more and better for food and energy security in Africa at a competitive cost
Le Comunità Economiche Regionali offrono alle società un mercato basato sulla libera circolazione di cose e persone in Africa
http://www.up2gether.com/
The Pug is a breed of dog with a wrinkly, short-muzzled face, and curled tail. The breed has a fine, glossy coat that comes in a variety of colours, most often fawn or black, and a compact square body with well-developed muscles.
Pugs were brought from China to Europe in the sixteenth century and were popularized in Western Europe by the House of Orange of the Netherlands, and the House of Stuart.In the United Kingdom, in the nineteenth century, Queen Victoria developed a passion for pugs which she passed on to other members of the Royal family. Pugs are known for being sociable and gentle companion dogs.[3] The breed remains popular into the twenty-first century, with some famous celebrity owners. A pug was judged Best in Show at the World Dog Show in 2004.
Donald J. Trump For President, Inc. –– Why Now?
On November 8, 2016, the American People delivered a historic victory and took our country back. This victory was the result of a Movement to put America first, to save the American economy, and to make America once again a shining city on the hill. But our Movement cannot stop now - we still have much work to do.
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We will provide a beacon for this historic Movement as our lights continue to shine brightly for you - the hardworking patriots who have paid the price for our freedom. While Washington flourished, our American jobs were shipped overseas, our families struggled, and our factories closed - that all ended on January 20, 2017.
This Campaign will be a voice for all Americans, in every city near and far, who support a more prosperous, safe and strong America. That’s why our Campaign cannot stop now - our Movement is just getting started.
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FEATURE and BENEFITS:
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40GbE Copper or Fiber
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Packets
Supports multiple links and
filtering of packets
Validate and Optimize your
Network before Deployment to
avoid Costly Application issues
Easy to use - Command Line
Interface with Scripting Support
or GUI Interface
Bandwidth - 300bps - 40GbE in
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Delay - 0 ms to 10 sec. in
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graph and Network Statistics,
output reports
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2U Sturdy Rack Mount
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Fortinet Firewall Integration - User to IP Mapping and Distributed Threat Response
oAccurate User ID to IP mapping eliminates potential attacks and provides reliable, out of the box User Information to firewalls
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In an industry that’s already defined, Extreme Network’s recent announcement of The Automated Branch is a significant advance in networking. For the first time, all the essential technologies, products, procedures and support are gathered together and integrated. All too often, the piecemeal/piecewise growth strategy typically historically applied in organizational network evolution results in too many tools, procedures, and techniques at work, precluding fast responsiveness, optimal operations staff productivity, and the degree of accuracy and efficiency required to keep end-users productive as well.
The world of search engine optimization (SEO) is buzzing with discussions after Google confirmed that around 2,500 leaked internal documents related to its Search feature are indeed authentic. The revelation has sparked significant concerns within the SEO community. The leaked documents were initially reported by SEO experts Rand Fishkin and Mike King, igniting widespread analysis and discourse. For More Info:- https://news.arihantwebtech.com/search-disrupted-googles-leaked-documents-rock-the-seo-world/
Company Valuation webinar series - Tuesday, 4 June 2024FelixPerez547899
This session provided an update as to the latest valuation data in the UK and then delved into a discussion on the upcoming election and the impacts on valuation. We finished, as always with a Q&A
Digital Transformation and IT Strategy Toolkit and TemplatesAurelien Domont, MBA
This Digital Transformation and IT Strategy Toolkit was created by ex-McKinsey, Deloitte and BCG Management Consultants, after more than 5,000 hours of work. It is considered the world's best & most comprehensive Digital Transformation and IT Strategy Toolkit. It includes all the Frameworks, Best Practices & Templates required to successfully undertake the Digital Transformation of your organization and define a robust IT Strategy.
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LA HUG - Video Testimonials with Chynna Morgan - June 2024Lital Barkan
Have you ever heard that user-generated content or video testimonials can take your brand to the next level? We will explore how you can effectively use video testimonials to leverage and boost your sales, content strategy, and increase your CRM data.🤯
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Putting the SPARK into Virtual Training.pptxCynthia Clay
This 60-minute webinar, sponsored by Adobe, was delivered for the Training Mag Network. It explored the five elements of SPARK: Storytelling, Purpose, Action, Relationships, and Kudos. Knowing how to tell a well-structured story is key to building long-term memory. Stating a clear purpose that doesn't take away from the discovery learning process is critical. Ensuring that people move from theory to practical application is imperative. Creating strong social learning is the key to commitment and engagement. Validating and affirming participants' comments is the way to create a positive learning environment.
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Looking for professional printing services in Jaipur? Navpack n Print offers high-quality and affordable stationery printing for all your business needs. Stand out with custom stationery designs and fast turnaround times. Contact us today for a quote!
VAT Registration Outlined In UAE: Benefits and Requirementsuae taxgpt
Vat Registration is a legal obligation for businesses meeting the threshold requirement, helping companies avoid fines and ramifications. Contact now!
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It is crucial for the taxpayers to understand about the TDS Return Filing Due Date, so that they can fulfill your TDS obligations efficiently. Taxpayers can avoid penalties by sticking to the deadlines and by accurate filing of TDS. Timely filing of TDS will make sure about the availability of tax credits. You can also seek the professional guidance of experts like Legal Pillers for timely filing of the TDS Return.
B2B payments are rapidly changing. Find out the 5 key questions you need to be asking yourself to be sure you are mastering B2B payments today. Learn more at www.BlueSnap.com.
Improving profitability for small businessBen Wann
In this comprehensive presentation, we will explore strategies and practical tips for enhancing profitability in small businesses. Tailored to meet the unique challenges faced by small enterprises, this session covers various aspects that directly impact the bottom line. Attendees will learn how to optimize operational efficiency, manage expenses, and increase revenue through innovative marketing and customer engagement techniques.
RMD24 | Retail media: hoe zet je dit in als je geen AH of Unilever bent? Heid...BBPMedia1
Grote partijen zijn al een tijdje onderweg met retail media. Ondertussen worden in dit domein ook de kansen zichtbaar voor andere spelers in de markt. Maar met die kansen ontstaan ook vragen: Zelf retail media worden of erop adverteren? In welke fase van de funnel past het en hoe integreer je het in een mediaplan? Wat is nu precies het verschil met marketplaces en Programmatic ads? In dit half uur beslechten we de dilemma's en krijg je antwoorden op wanneer het voor jou tijd is om de volgende stap te zetten.
Personal Brand Statement:
As an Army veteran dedicated to lifelong learning, I bring a disciplined, strategic mindset to my pursuits. I am constantly expanding my knowledge to innovate and lead effectively. My journey is driven by a commitment to excellence, and to make a meaningful impact in the world.
Business Valuation Principles for EntrepreneursBen Wann
This insightful presentation is designed to equip entrepreneurs with the essential knowledge and tools needed to accurately value their businesses. Understanding business valuation is crucial for making informed decisions, whether you're seeking investment, planning to sell, or simply want to gauge your company's worth.
37. ATLAS 830 T1s,T3 T1 ... ... Multi-T1, T3 DACS/Groom V.35, RS530, etc. T1 TA 750 Analog ports TSU 120 Carrier ATLAS 830
38. ATLAS 830 PRI,T1 BRI PRI ISDN PRI, BRI, RBS T1 TA 750 T1 Carrier ATLAS 830
39. ATLAS 830 ATLAS 550 Express 5210 T1 10BaseT Router V.35 LAN PBX T1 Frame Relay Voice/Data Frame Relay Incoming Call Routed to Remote Site ATLAS 830
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Editor's Notes
At a fundamental level, Enterprise customers simply need to make phone calls internally and externally (using the PSTN) and support for data applications (e-mail, file sharing, Internet access,etc.) PSTN = Public Switched Telephone Network There are many different options for Wide Area Networking and many different carriers offering services. However, the services supported by ATLAS typically can be categorized in one of the following types: 1. Time Division Multiplexing (TDM) Dedicated (point-to-point) circuits such as T1, T3 2. Circuit-Switching (ISDN, RBS T1, Analog POTS) ISDN = Integrated Services Digital Network PRI = Primary Rate Interface (23B+D) BRI - Basic Rate Interface (2B+D) Analog POTS (Plain Old Telephone Service, an analog line) Circuit-switched services are used to make temporary circuit connections (phone calls) usually based on the dialed number 3. Packet-Switching (Frame Relay) Permanent “virtual circuit” connections through a network of frame relay switches owned by the service provider
Enterprise Integrated Access Device (IAD) Definitions: 1. Customer premises equipment that terminates the customer’s data, voice, and video traffic and trunks it upstream to the carrier 2. Equipment that concentrates multiple traffic types and sends it out over the wide area 3. Equipment that sits on a customer premises and takes in various forms of traffic and passes it out again over a single circuit 4. Equipment that provides access for multiple services such as voice and data in a single system As an Enterprise IAD, ATLAS connects to the WAN by terminating one or more types of circuits from a carrier and provides interfaces to one or more types of DTE (router, PBX, Video, etc.) For single T1 IAD applications, the Total Access line of products is the solution.
Enterprise Integrated Access Device (IAD) Definitions: 1. Customer premises equipment that terminates the customer’s data, voice, and video traffic and trunks it upstream to the carrier 2. Equipment that concentrates multiple traffic types and sends it out over the wide area 3. Equipment that sits on a customer premises and takes in various forms of traffic and passes it out again over a single circuit 4. Equipment that provides access for multiple services such as voice and data in a single system As an Enterprise IAD, ATLAS connects to the WAN by terminating one or more types of circuits from a carrier and provides interfaces to one or more types of DTE (router, PBX, Video, etc.) For single T1 IAD applications, the Total Access line of products is the solution.
Enterprise Integrated Access Device (IAD) Definitions: 1. Customer premises equipment that terminates the customer’s data, voice, and video traffic and trunks it upstream to the carrier 2. Equipment that concentrates multiple traffic types and sends it out over the wide area 3. Equipment that sits on a customer premises and takes in various forms of traffic and passes it out again over a single circuit 4. Equipment that provides access for multiple services such as voice and data in a single system As an Enterprise IAD, ATLAS connects to the WAN by terminating one or more types of circuits from a carrier and provides interfaces to one or more types of DTE (router, PBX, Video, etc.) For single T1 IAD applications, the Total Access line of products is the solution.
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ATLAS 550 - IAD for Small/Medium Enterprise Applications ATLAS 550 shipped February 2000 (T1, ISDN, Frame Relay, IP Routing) ATLAS 800 Series - IADs for Medium/Large Enterprise Applications ATLAS 800 shipped: November 1997 (T1, T3, ISDN) ATLAS 800PLUS: October 1998 (T1, T3, ISDN, Frame Relay, IP Routing) ATLAS 810PLUS August 1999 Note: 810PLUS is the 800PLUS functionality in a NEBS compliant chassis; NEBS is a BellCore term for Network Equipment Building Standard and is important only if the equipment will be colocated in a Central Office environment (most VARs are not familiar with NEBS). ATLAS 890: June 2001 (T1, T3, ISDN, Frame Relay, IP Routing)
ADTRAN is currently shipping between 300 and 400 ATLAS 550 systems monthly. The most common applications for the ATLAS 550 are: 1. ISDN PRI - conversion to T1 and as a “PRI Channel Bank” 2. Frame Relay 3. Multiple T1 circuits 4. WAN Emulation The ATLAS 550 can be a host site IAD solution for small/medium hub-and-spoke networks or a remote solution for networks that may use an ATLAS 800 Series product at the host site.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
ATLAS 550 is a modular IAD that features a wide range of interface modules for connection to Carrier services (T1, ISDN, Frame Relay) and End User equipment (PBXs, Routers, Video Conferencing Systems, Analog phones and FAX machines, etc.) ATLAS 550 includes one T1/PRI interface and all software for Frame Relay and IP Routing applications. How do we provide capacity for 18 T1 or 18 PRI ports? Using the Quad T1/PRI module in each of the four User Module slots (4x4=16) and then using the T1/PRI Network Interface Module in each of the two Network slots (1+1=2); 16 User ports and 2 Network ports provides 18 total ports. SNMP traps and alarms are supported for standard management platforms, but configuration is done using Telnet. Configuration is done using a menu system developed and refined by ADTRAN.
When customers want to utilize PRI but their PBX only supports T1, it is often much more cost effective to use the ATLAS 550 to convert PRI to T1 rather than upgrade a PBX to support PRI. Customers want to switch to PRI for several reasons: 1. PRI can be less expensive than a T1 with DID service 2. PRI is more flexible than T1 - PBXs supporting T1 can require dedicated trunk lines for DID, DOD, 800 WATs, etc., but a PRI can handle these types of services dynamically. 3. Caller ID may not be available on a T1 (Caller ID on a T1 is known as ANI and can only be delivered on a T1 provisioned for Feature Group D protocol.) 4. Video conferencing equipment often requires ISDN BRI circuits which can be provided by the ATLAS 550 The ATLAS 550 can support a total of 5 PRI to T1 conversions (5 PRIs from the Carrier and 5 T1 circuits to customer equipment.) The ANI/DNIS numbers are transferred over the T1 to the PBX using MF or DTMF ANI = Caller ID information (Calling Party # on the PRI) DNIS = Destination # or Number being called (Called Party # on the PRI)
By reducing the number of circuits from the Carrier to a single PRI (instead of a T1, BRI lines, and analog lines) customers are able to reduce their monthly recurring charges. This requires OVERBOOKING, which is a common practice in PBX/voice networks. How does the ATLAS 550 convert a call on a PRI ‘B’ channel to a call on another interface? The incoming call is terminated by the 550 Switchboard and all relevant information is extracted from the ‘D’ channel. A new call is generated on the outgoing port and all necessary information (such as ANI, DNIS, Caller ID, etc.) is transmitted in the new call. ISDN PRI Switch Protocols supported: Lucent 4E/5E, Northern Telecom DMS-100, National ISDN NOTE: In this diagram the ATLAS 550 emulates a Central Office ISDN BRI switch to the video conferencing equipment; this requires the 550 to be configured to provide an ISDN switch type, SPIDs, and phone numbers.
The ATLAS 550 can function as a Layer 1 Time Division Multiplexer, CSU/DSU (or replace several CSU/DSUs), and a 1/0 DACCs. The primary function that a DACCs (ATLAS) can perform that a CSU/DSU (TSU LT) or Multiplexer (TSU 100/120/600) cannot perform is Time Slot Interchange. Time Slot Interchange - the ability to move DS0s from one time slot position to another time slot position; for example moving channels 1-6 on one T1 to channels 18-24 on another T1. In the network shown, the 550 could be used to terminate four T1s with 6 DS0s of voice each and 18 DS0s of data and the voice DS0s could be groomed into a single T1 to the PBX. The data would be terminated on separate V.35 ports (1 for each remote site). By grooming the voice channels from four separate T1s onto one T1 to the PBX, expensive T1 ports on the PBX can be minimized.
ATLAS 550 can terminate and distribute multiple types of voice and data traffic using many varied interfaces and protocols. In this example, the 550 delivers: 1. Voice to the PBX on a T1 and voice to analog phones on FXS ports 2. Internet data to an external router on a V.35 interface using the PPP protocol 3. IP packets (encapsulated in Frame Relay from multiple remote locations) using the 10/100BaseT Ethernet port to the Local Area Network (LAN).
ATLAS 550 can be a host-site solution for a small/medium size Frame Relay Network. Some 550 network design considerations are: 3 Mbps of Frame Relay data (5000 packets/second) 32 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 3 HDLC controllers at 2.048 Mbps each; 32 HDLC controllers at 64K each (floaters) Disaster Recovery is supported between the 550 and IQ, Express 5200, and other ATLAS products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (depending on the equipment) by using the BONDing module. IP Router considerations: 37 DS0s (2.4 Mbps) can be terminated to the internal router (3000 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
ATLAS 550 can be a host-site solution for a small/medium size Frame Relay Network. Some 550 network design considerations are: 3 Mbps of Frame Relay data (5000 packets/second) 32 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 3 HDLC controllers at 2.048 Mbps each; 32 HDLC controllers at 64K each (floaters) Disaster Recovery is supported between the 550 and IQ, Express 5200, and other ATLAS products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (depending on the equipment) by using the BONDing module. IP Router considerations: 37 DS0s (2.4 Mbps) can be terminated to the internal router (3000 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
ATLAS 550 can be a host-site solution for a small/medium size Frame Relay Network. Some 550 network design considerations are: 3 Mbps of Frame Relay data (5000 packets/second) 32 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 3 HDLC controllers at 2.048 Mbps each; 32 HDLC controllers at 64K each (floaters) Disaster Recovery is supported between the 550 and IQ, Express 5200, and other ATLAS products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (depending on the equipment) by using the BONDing module. IP Router considerations: 37 DS0s (2.4 Mbps) can be terminated to the internal router (3000 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
ATLAS 550 can be a host-site solution for a small/medium size Frame Relay Network. Some 550 network design considerations are: 3 Mbps of Frame Relay data (5000 packets/second) 32 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 3 HDLC controllers at 2.048 Mbps each; 32 HDLC controllers at 64K each (floaters) Disaster Recovery is supported between the 550 and IQ, Express 5200, and other ATLAS products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (depending on the equipment) by using the BONDing module. IP Router considerations: 37 DS0s (2.4 Mbps) can be terminated to the internal router (3000 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
ATLAS 550 can be a host-site solution for a small/medium size Frame Relay Network. Some 550 network design considerations are: 3 Mbps of Frame Relay data (5000 packets/second) 32 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 3 HDLC controllers at 2.048 Mbps each; 32 HDLC controllers at 64K each (floaters) Disaster Recovery is supported between the 550 and IQ, Express 5200, and other ATLAS products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (depending on the equipment) by using the BONDing module. IP Router considerations: 37 DS0s (2.4 Mbps) can be terminated to the internal router (3000 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
The Cisco Networking Academy standardized on the ATLAS 550 as a WAN Emulation tool to provide their students a more realistic setting for instruction. ATLAS emulates a Central Office and provides instructors with the ability to realistically simulate real-world LAN-WAN networks. The CCNP program uses the 550 to emulate Frame Relay, ISDN PRI and BRI, and Analog POTS circuits for their classes. Network engineers, design engineers, and instructors can also use the ATLAS to stage what-if scenarios and proof-of-concept tests without having to purchase live circuits from a carrier. For people who need to test new technologies and/or pre-configure equipment, ATLAS saves money and provides a high degree of flexibility with a wide range of option modules.
The ATLAS 800 and 800PLUS are Integrated Access Devices (IADs) for medium-to-large Enterprise Networks. The ATLAS 800PLUS can perform the functions of several WAN products including: 1. Channel Bank 2. CSU/DSU and Multiplexer 3. 3/1/0 DACCs (T3 Digital Access Cross Connect) to groom circuits 4. ISDN switch (both PRI and BRI); also supports PRI over T3 5. Signaling Converter (ISDN PRI to T1, PRI to BRI) 6. Frame Relay Switch; Frame Relay Access Device (FRAD) for voice and data 7. IP Router (integral 10BaseT Ethernet port) The benefit of an Enterprise IAD: * Converge voice and data networks onto a single platform * Lower costs by reducing the number of WAN circuits which incur monthly charges * Simplify management for corporate networks
The ATLAS 830 is housed in an eight slot chassis, the same size as the TSU 600 (17.5”W x 12.5”D x 5.5”H) The ATLAS Base Unit consists of the chassis, single AC power supply, and the System Controller (the System Controller is a PC board assembly that occupies the full width of the chassis, but does not count against the eight slots that are available for ATLAS modules). The System Controller includes two T1/DSX-1/PRI ports, as well as an Ethernet port (initially used to interface to an SNMP or Telnet workstation, eventually for frame relay and remote access), and an async serial Control Port (used to interface to a VT100 terminal). Modules slide in from the rear of the chassis, and are hot swappable. There is no such concept as a “plug-on” module, as in the TSU family of products.
ATLAS 800PLUS can terminate a Channelized T3 circuit and deliver 28 T1 ports or 28 synchronous interfaces (V.35, etc.) for End User equipment. ATLAS 800PLUS Backplane bandwidth: 30 T1s (60 T1 ports) A T3 or 30 T1s in 30 T1s across the backplane 30 T1s out … NOTE: 800, 800PLUS only provide a maximum of 34 T1 ports ATLAS 800PLUS can provide up to 34 individual T1 ports (8 slots, 4 ports per slot, and two built-in ports). If analog FXS interfaces are necessary, an external T1 channel bank such as the TA750 can be used to break out the individual circuits. ATLAS 800 PLUS ... ...
ATLAS 800PLUS can: 1. Function as an ISDN or T1 switch - route calls from one port to another - usually based on dialed number 2. Perform on-premise (local) switching (route calls from one User port to another) 3. Perform off-premise (outside) switching (route calls from one User port out to a WAN circuit from a Carrier) 4. Convert signaling formats from PRI ‘D’ channel format to several BRI ‘D’ channels and/or Robbed-Bit Signaling T1 Converting from PRI to T1…Caller ID information is provided on the T1 using the Feature Group D protocol
ATLAS 800PLUS can be a host-site solution for a medium/large size Frame Relay Network. As a Frame Relay switch, data packets and compressed voice packets can be switched between remote sites and/or between a remote and the host site. Some 800PLUS network design considerations are: 6 Mbps of Frame Relay data (7,900 packets/second) 64 compressed voice calls; voice and data can be carried on a single DLCI 992 DLCIs (NOTE: only 100 DLCIs can be terminated to the internal IP router) IQ Statistics are compiled 4 HDLC controllers (2 tied to 0.1 and 0.2 built-in T1 ports) at 2.048 Mbps each (for most FR networks, an HDLC module is usually required) Disaster Recovery is supported between the 800PLUS, ATLAS 550, IQ, and Express 5200 products.; circuit restoral can be achieved at 64K, 128K, and up to full T1 rates (using the BONDing module) IP Router considerations: 40 DS0s (2.6 Mbps) can be terminated to the internal router (3200 packets/second) WAN protocols: Frame Relay and PPP Router protocols: RIP V1, V2; UDP Relay is supported (usually to pass DHCP request) IP Route Table Entries: 2700 Static Route Entries: 2700 Bridging is not supported
Legitimate concerns about putting all of the WAN circuits in a single platform… No logic redundancy - controller card failure (which doesn’t occur often) results in loss of service AC and DC power redundancy is supported…but 2 slots are lost to the backup power supply; Therefore, the chassis then only provides 6 slots Customers always prefer more Frame Relay packet switching, more PRI to T1 conversions, more IP router bandwidth, more HDLC resources, etc.
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