Immediate opening with Wipro Technologies Bangalore

Exp: 9 – 14 Yrs
Education: BE/B.Tech
Designation: Program Manager / Technical Manager
Skills: NMS / EMS
Job Location: Bangalore

Job Description:
ARCHITECT - L1 - WARCHTL1
Core responsibility of an incumbent in Architect roles is to design an architecture solution which meets the needs of the customer. Different levels of Architect role vary in proficiency, expertise. At higher levels incumbent is more responsible for solution design, consulting the client on appropriate solution, defining and evaluating the architecture. At L1 Prime responsibility is to work on implementing architecture or design, implementing resue / automation strategy and reviewing the design. The incumbment at this level contributes on solution definition but is not accountable or decision holder of the same.
SUITe Skill(s)
Skill1 - Architecting (L1)
Responsible for contributing to the design & architecture for small to medium projects. Works on problems of highly complex scope, through expert usage of non-standard concepts & principles requiring high levels of judgement & interpretation. Works as a guide and sets directions for medium sized projects of reasonable complexity. Applies own judgement to independently determine a course of action, which is then executed by project teams. Role is capable of finding out new methods and processes to approach complex situations in there spective area(s) of expertise. Requires extensive knowledge of multiple development technologies/ expert knowledge of one technology. Expected to continue to build upon domain knowledge and technical/ proprietary skills to reach levels of expertise, while adapting standard principles to new or changed conditions in day to day work. Has the ability to respond to detailed queries. May be called upon to advise Sr Management on specialised technical issues. Responsible for coaching, guiding and mentoring junior members in the team to help them scale up faster.
Skill2 - Wireless Access (L2)
Should be either 'GSM 301', 'CDMA 301, 'WiMAX 310' or 'UMTS 301' certified. Should have completed at least 1 VTP in Wireless Access domain. Should have at least 12 months hands-on experience in Wireless Access technologies. Good understanding on the Wireless Access technologies/products - GSM, GPRS, EDGE,CDMA, CDMA-EVDO, WiMAX, UMTS, 3GPP/3GPP2.
Skill3 - Solution Architecture (L1)
1. Ability to take the functional and non-functional requirements and propose solution that will be able to meet the requirements. 2. Work with the design team to realize the architecture by providing suggestions on design options. 3.Review and validate the design decisions taken by the design teams. 4. Work with client architecture teams in - validate the non-functional requirements -discussing and providing inputs on architecture options 5. Present the architecture and design to necessary stake holders as required. 6. Working experience with at least one common SDLC methods (RUP, Velociq)

Regards,
Jyothi 
To respond,send an email to jyothi@aimplusstaffing.com

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WiMAX Network Survey:Guideline

In a series on how to plan a city-wide wireless WiMAX network.

Companies or cities that have decided to or are considering building and operating wireless broadband networks have several important issues to consider in terms of how to proceed. Once demographic, competitive, financial, commercial and/or residential market analysis is complete, the operator must conduct a thorough engineering site survey of the area to be served. Once that is completed, the data learned and gathered during the survey will aid in the development of a preliminary network design.

The initial spectrum for WiMAX in the US is unlicensed spectrum in the 5GHz range. Given that this spectrum is 'open to the public', it has inherent interference issues and risks which need to be studied carefully. A quality site survey can provide an invaluable insight into current or potential interference issues. As will be discussed in the WiMAX network design document, there are many effective ways to minimize interference in unlicensed WiMAX networks both from a site selection and equipment selection perspective.

The In-field Site Survey
A site survey is required, in short, because the operator wants to minimize the "unknowns" regarding the network prior to construction and the operator wants to develop a vision of "how" the network will work once it is built.

A site survey provides the necessary information for a complete WiMAX network blueprint, or design, which is needed in order to minimize hurdles and costly mistakes as the network is being built-out. A quality site survey will be precise to the last frequency, spectrum analysis, connector, nut & bolt.

There are many tools, online databases and mapping resources available that were developed specifically for wireless broadband technologies and applications. Much of the pre-survey and post-survey planning can be done with reasonable accuracy hundreds of miles away. There are "predictable" formulas that can be applied to the variables on any network rollout. But unlike copper or fiber networks, there are variables in a wireless network with which trained and experienced network engineers and administrators are quite often unfamiliar.
These wireless network variables include:

• The impact of the fresnel zone on signal propagation
• The difference between passive gain and powered amplification, and when use of each is appropriate
• The orchestration of sector, space, frequency and polar diversification(s)
• The use of a Front to Back ratio
• How many channels are available for use and where are potential interferers located
• The +/- 3dB rule and how it influences the link budget
• How and why "application" must drive the hardware
• Lastly, what to do when the light just won't come on

All these engineering variables apply to site-specific situations, scenarios and topology. Most represent only a fraction of the "issues" that will be encountered, and must be addressed during the deployment of a wireless network.
Quality wireless network engineers will have years of in-the-field experience recognizing and solving these issues. As wireless network planning is concerned, more information equals higher engineering and performance accuracy, which minimizes the total cost of network deployment. The operator's goal is to design a quality network with no surprises at the end.
Some elements of a standard RF site survey:

• A quality site survey starts several days before the site visit by documenting tower and other attachment sites available. Once these sites have been researched and documented, they should be geo-coded on a topological map to assist in selection of best candidates once on the ground. This prep work and mapping work will also reduce the time on the ground, thus reducing the overall site survey costs.

Geo-code and photo-document the target locations (mounting points, cable runs, electrical closets, etc.) This allows the engineering firm to recommend what components are needed in the network, not what is generally or historically needed.

• Perform and document multi-spectrum (900MHz, 2.4GHz, 4.9 GHz, 5.3 and 5.8GHz) activity by utilizing a spectrum analysis, as appropriate to the application. This allows engineers to work around potential frequency issues before the fact, not onsite during installation with tower rigger crews charging by the hour as they wait for the solution.
• Spectrum analysis can be accomplished with varying degrees of precision. A scan of a frequency can be done in 10 minutes (with minimal collection of data) or in 10 hours (with considerably more data collection). It's even recommended to sweep both horizontal and vertical polarities, something most firms do not do.
• Detect and document existing wireless networks including SSID and frequency info.
• Verify available mounting locations/altitudes which aids in an accurate site parts list.
• Initial verification and planning for available A/C power helping eliminate onsite power issues.
• Verify visual LOS to target feeder tower's (potential tower bearings having already been determined pre-survey). This is a redundancy check against engineering software for potential manmade obstructions not represented in the software calculations.
• Verify available space on recommended towers (expedites the lease process by getting it right the first time) and the type of tower utilized. This information is provided to the tower owners during the lease process, and to the tower riggers and/or equipment vendor to insure that the right kind of mounting brackets are ready before installation.
• Deploy and evaluate a temporary test link to verify RF functionality for less than certain solutions. For all the recent science and technology, nothing works as dependably as installing and testing a system first.
• A detailed view of the operator's current or planned backhaul location and documentation of potential hand-off requirements.
• Identify many more location-specific issues that must be addressed and resolved in the final deployment plan.
• Identify the general tree foliage environment and document the estimated losses needed to apply to the coverage propagation software. Inputting reasonable losses for foliage will provide a more accurate picture of the overall coverage capability.

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Sr Manager Projects, Wimax & LTE, Cellular One( Reference :AP),Nigeria

Image via WikipediaCellular One is a new venture of one of an old client of Datamatics Staffing Services. It's essentially a new company which has been granted Wi Max frequencies in Nigeria. They have received a license to operate at a National level. Their equipment comes from Huawei.
They Plan to go commercial by August 2011. The Initial launch will be in Lagos, which is the commercial capital of Nigeria. License is National. In 2 years time will migrate to LTE.The project is for provision of Internet service on Wi Max platform and installation of OFC and related bandwidth service in a metropolitan market.

Location : Lagos, Nigeria

Position : Senior Manager / Manager Projects for Wimax, LTE

Person Specifications : Age around 30 - 35 years, the candidate should have a BE in Electronics and Telecom. The candidate should have around 8 to 10years of workex in the telecom industry, of which atleast 5 should have been in Wimax and LTE. He should be wellversed in Wimax, LTE , technologies and applications, in a Broadband company preferably

The Role : The candidates should have hands on experience in design, implementation, commissioning, integration, O&M and optimization of LTE & WiMAX. Should be well versed and have hands on experience in design, data base preparation, commissioning, integration, acceptance testing etc for Wimax & LTE both.


Salary : Taxfree Savings in USdollars ( paid monthly ,remitted every quarter ) + local salary for a comfortable living + Furnished Accomodation for self and family + Company maintained car and driver and other expatriate benefits.

I need the below information :
1. Interest in the position
2. Latest CV
3. Current Salary / CTC
4. No. of People reporting to you
5. Whom do you report to
6. Ages of Children, whether wife is working
7. Do you have a Ready Passport.

Best rgds,
Anita Pherwani
Datamatics Staffing Services
Eucharistic Congress Bldg III
5 Convent Street ,Colaba,
Mumbai 400 001
email : dsscv@datamaticsindia.com
www.datamaticsindia.com

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Urgent opening in a leading telecom company for specialist

Experience required for Job: 7 - 11 years

Job Annual Salary: Not Mentioned

Job location: Bengaluru/Bangalore,Delhi/NCR

This is in regard of an urgent opening in one of the leading telecom company for Specialist: WRAN RF D&O.

Responsible for Optimization & design for improving the performance of the 3G radio network.




Hands on experience on GSM, CDMA or Wimax.
Knowledge of LTE.

Total experience: 7+ years

Degree: B.Tech/BE (Electronics & telecommunication)


If you or your friends are interested, kindly send me your updated resume or Call me ASAP or mail me for the
same.



Thanks & Regards
SUPRIYA
9818996321

mail : cv29@careershapers.in

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Manager-Systems and Networks-Lagos -Nigeria

An Ahmedabad based Placement Consultant looking for a Network and System Manager for one of our client who happens to be a leading ISP in Nigeria

Job Description : Networks and Systems Manager

Location - Lagos, Nigeria

Job Description

• A minimum of 10 years of experience in Network Implementation/System Administration role for an ISP or technology-driven company is required.
• A bachelor’s degree in Electronics/Electrical/Telecom Engineering /Computer science /Information systems or a related field.
• Desirable – MCSE, Cisco CCNA/CCDA or CCNP/CCDP Certified.

• Maintain IP Infrastructure of Networks of High-Speed Internet Access, Voice Systems Access, WiFi Networks, WiMAX Network.
• Respond to IP Related outages, Operate IP Monitoring for Systems and Performance Alerts
Maintain Network Services Relating to Network Availability and Operation.
• Includes: RADIUS, LDAP, HTTPD, SSH, SQL, PPPoE Concentrators, DNS, VPN Servers and others.
• Implement New Technologies to Improve RAS (Reliability, Availability and Serviceability) of Network.
• Knowledge of system administrator (Linux, UNIX, MS Windows, etc...).
• To work with various vendors for network integrations and implementations, Document network traffic paths and physical / logical IP networks, Stage network equipment for field deployment and spare emergency deployment.
• Availability monitoring and trend/capacity monitoring, work with TSG for level three network diagnostics for customer incidents, train team on new technologies implemented to help network ops and support.
• Prevention and resolution of network outages to minimize customer downtime.
• Creation and management of ongoing preventative maintenance activities.
• Insure copies of all necessary configurations/scripts are available for replacement hardware.
• Insure there is the necessary backup networking equipment in stock for field replacements.
• Monitor performance statistics to identify performance anomalies; responsible for proper analysis of root cause and implementation of short and long-term corrective actions in order to improve customer satisfaction.
• Provide Failure Analysis by assessing engineering issues that arise on network equipment.
• Review and analyze failure symptoms and conditions to identify failure mechanisms.
• Responsible for interdepartmental communications relating to network information such as status, capacity, outage response and resolution and needing maintenance and upgrades.
• Plan and train Technical Support Department on the support of new technologies including wireless, and on network performance and reliability.
• Work closely with external systems and network integrators to plan and implement the expansion the existing WIMAX network.
• Development and maintenance of a disaster recovery plan for each site and for the overall network and its resources.
• Participate in strategic network planning, tactical operation planning, and the development of contingency operation.
• Participate in the development and implementation of policies and procedures regarding network standards, equipment, maintenance, and monitoring and analysis tools.
• Knowledge of the wireless data industries is desirable. Direct ISP/WISP management experience is preferred.
• Knowledge of various NMS, including monitoring, capacity, performance, and service level reporting.
• Knowledge of network monitoring tools and techniques, intrusion detection systems, switches, routers, firewalls, wireless networking, and basic IP addressing and subnetting schemes.
• Experience working with and designing IP Networks in an Wide Area Environment.
• Testing and field application knowledge of networking systems and issues.
• Strong Knowledge of IP (Internet protocol), TCP (Transport Control Protocol), and general PC network communication.
• Fair communication skill.
• Good Managerial skill.

Commercials :

1. Family visa
2.Travel and visa cost borne by the company.
3.Furnished accomodation provided by the company.
4. Transportation provided.
5. Medical provided .
6. Education provided for two kids under 16 years of age.
7. Local salary to meet local expenses in local currency.
8. Tax free saving in USD.

If you are interested in the opening -please forward your updated resume to info@insmc.com

1. Update resume
2. Current CTC
3. Notice Period
4. Relevant Experience
5. Availability of Passport.

Regards,
Team SMC 

mail cv : info@insmc.com

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! KVI Group ! Required - Sr. Engineer - Wimax

With reference to the profile

of yours this is to inform you about the current and urgent position we are having with one of our prestigious clients in the IT Infrastructure Solutions Sector for the profile of  Sr. Engineer - WiMax

We would appreciate if you can send us your Updated CV along with the following details.

Current CTC: -
Expected CTC: -
Notice Period: -
Current Location: -
Total Work Experience: -
Relevant Exp in Telecom Sector (Minimum 7+ yrs): -
Relevant Exp in WiMax (Minimum 5+ yrs): -

Company Profile: -

Incorporated in 1993, the company is a vendor-independent IT infrastructure solution provider. They have designed, built and managed large and complex mission-critical IT infrastructure solutions. The company helps organizations manage their infrastructure better in addition to enabling their growth. They partner with customers in conceptualizing and implementing infrastructure solutions with a view to aligning IT initiatives with business goals in the best possible way. What sets them apart is their  Service Excellence , an outcome of a proven service delivery model that integrates people, processes, and technology. The use of cutting edge infrastructure intelligence tools for automation and mature processes based on ITIL give their customers a distinct advantage. They have several noteworthy certifications, including BS 15000, in addition to being ITIL compliant. With a resource pool consisting of a veteran senior management team and India s largest certified engineering team, they have the requisite expertise and experience to craft unique solutions; leveraging IT to produce business results.

Designation: - Sr. Engineer - WiMax

Job Location: Delhi

Qualification: - Any Graduate (BE Preferable)

Experience: - 7 + yrs in Telecom industry & 5+ yrs relevant experience in Wimax

Skills: -

1. Hands on Experience over configuration/deployment/management WiMAX components e.g. CPE, BTS, VLAN, ASN Gateway, HA, AAA etc.
2. Understanding of WiMAX architecture for Fixed and Mobile WiMAX solution
3 Network Reference Model of WiMAX
4. Understanding of Radio Access Network.
5. Understanding of ASN Gateway.
6. Experience on Product and OEM preferred Vendor Alvarion, Huawei, Telsima (Due to Large installation Base)
7. QOS profiles in WiMAX
8. Understanding of Management and Operation for WiMAX devices.
9. Overall understanding Level of END to End solution.

Compensation: INR 10LPA to 12 LPA. (Negotiable)

For further assistance or in case of any query feel free to give us a call at 020   65007000 / 64017005/6/8/10 and our company representatives would help you clarify your problems along with solutions from our side.

Thanks and Regards,

Samrat Bose
(+91-9561670009)

HR Resourcing Team

KVI Group (Kapital Ventures & Infrastructure)
Office No: 204, Second Floor,
Business Guild, Opp. to Krishna Dining Hall,
Law College Road, Pune   411004
Maharashtra (INDIA)

Tel: 020   65007000 / 64017003
TeleFax: 020 - 41223030

 

mail cv at : itjobs@kvigroup.com

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Service delivery - Sr Manager/AGM

Company-A leading telecom campany
Location-Kolkata,Delhi,

Chennai,Hyderabad
Designation-Sr Manager/AGM
Name of the Position- Customer service delivery

Job Profile-

Responsible for Aircel Business Services network Service delivery in North for MPLS VPN and Internet.
Responsible for delivering Customer Links on Wimax, PtoP, Fiber based Last Mile, Leased or Self laid.
Should have good knowledge on Telecom network Infrastructure on RF access, MPLS and Internet network
Knowledge on Routers and switches is must.
Must have handled Projects delivery for Medium and Large Enterprise Customers.
Should have knowledge and interacted with other SP to take bandwidth for ABS Customers.

Thanks & Regards
shweta singh
sales.strategy@tusthi.com

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Wimax- Smart Grid Applications

With most of the cellular operators inclined towards the deployment and development of LTE, Wimax seems to lose its pace in the 4G race. That does not at all means that we have no Wimax to see in future, in fact it is now thriving with the introduction of Wimax based smart grid applications, machine to machine, public safety and surveillance applications.

Several Wimax smart application projects are underway. General Electric is working on the use of Wimax enabled smart meters, it’s the first ever kind of project in US. Cisco has invested in a Wimax smart application projects with Grid Net and co-partners like Siemens, GE, Accenture, Schneider Electric and Verizon. Alvarion announced its project with National Grid on smart power grid (SPG) using Wimax. Silver Springs Network in Florida provides connectivity to electricity, water and gas meters via Zigbee over a WAN with an IP based network. Microsoft’s SERA (Smart Energy Reference Architecture) is working for the promotion technology in the energy sector in collaboration with Puget Sound Energy, Xcel Energy and Seattle City Light.
 
According to ABI research investment in smart grid will reach up to $45 billion till 2015. With the rise in consumption of electricity has forced us to come up with feasible alternatives like renewable energy. Some are also in favor of solar energy. Wimax based stations of Intel are solar powered. Telenor is working on solar powered networks. Between 2010 and 2012 Alcatel is expected to install 10,000 based stations working on renewable energy.
Undoubtedly the energy demand will keep on escalating with time and the need for discovering renewable and cost effective energy sources will keep on growing. Wireless smart Grid applications may take time to progress but it presents an efficient electrical distribution mechanism.

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Another WiMAX Operator Bites the Dust

Worldmax will cease WiMAX operations in Amsterdam by the end of July. It’s the second WiMAX operator to end services after Freedom4 sold its license to Broadband UK last week.
Worldmax blames the Dutch military. The company couldn’t expand its WiMAX offerings because of the interference in the 3.5GHz band. The signal conflicts with the military ground station for an intelligence satellite. Another report blames the inability to secure a 2.6GHz spectrum license. Poor indoor reception and lack of roaming ability also hurt the deployment.

“This restriction imposed by the Ministry of Defense makes us feel like landowners being expropriated on the basis of National and European security. The disillusion amongst us and our shareholders was huge when we saw investments made becoming immediately worthless,” Keimpe B. Algra, CEO Worldmax said, “While I am relieved that we could settle the issue after months of negotiation and uncertainty, it does hurt me badly to conclude that this is the end of a well established mobile broadband venture. This is bad news for our customers and a depletion of the already impoverished telecoms market in the Netherlands”.

Worldmax paid nearly $5 million in the spectrum. Greenfield Capital Partners, an owner of an investment company will lose around $15 million. It costs about$37 million to install the network. This isn’t a good sign for future WiMAX deployments. Two operators, along with Yota’s decision to launch LTE networks might be warning signs that signal the end of major WiMAX deployments.

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What Is Mobile-Fi?

MobileFi is also known as Mobile-Fi or Mobile Broadband Wireless Access (MBWA) and is better known as IEEE 802.20

IEEE 802.20, also referred to as Mobile-Fi, is optimized for IP and roaming in high-speed mobile environments. This standard is poised to fully mobilize IP, opening up major new data markets beyond the more circuit-centric 2.5G and 3G cellular standards. The Mobile Broadband Wireless Access (MBWA) Working Group was established as IEEE 802.20 in December 2002. Its main mission is to develop the specification for an efficient packet-based air interface optimized for the transport of IP-based services. The goal is to enable global deployment of low-cost, ubiquitous, interoperable, and always-on multivendor mobile broadband wireless access networks. IEEE 802.20 has designed a new physical layer (Layer 1 protocol) and MAC/link layer (Layer 2 protocol) around IP packet Layer 3. It can operate in licensed bands below 3.5GHz, with cell ranges of 9 miles (15 km) or more. IEEE 802.20 can operate at speeds of up to 155 mph (250 kph).
Unlike WiMAX, which was incubated inside IEEE 802.16 family and evolved from earlier 802.16 technologies, 802.20 [5] or Mobile-Fi was designed from ground up as a technology to support high-mobility services. It aims to support mobility as high as 250 km/h and a peak rate of up to 260 Mbps in the licensed spectrum below 3.5 GHz. The enabling technologies are also OFDM, MIMO, and beam-forming. The draft standard is still under the IEEE standardization process.
Both WiMAX and 802.20 use OFDM-MIMO, which is emerging as the main technology for future cellular packet data networks, including 3GPP long-term evolution and 3GPP2 air interface evolution as well.
While the data rate and range of Mobile-Fi are only half those of Mobile WiMax, Mobile-Fi is inherently more mobile. It has an astonishing latency of just 10 milliseconds (500 milliseconds is standard for 3G communications) and can maintain integrity at speeds as high as 155 mph (250 kph), compared to just 60 mph (100 kph) for WiMax. Because it uses more common spectrumlicensed bands up to 3.5GHzit also offers global mobility, handoff, and roaming support. Whereas Mobile WiMax is looking at the mobile user walking around with a PDA or laptop, Mobile-Fi addresses high-speed mobility issues. One key difference is the manner in which the two standards are deployed. One assumption is that the carriers are going to deploy Mobile WiMax in their existing (802.16a) footprint as opposed to deploying a more widespread footprint, like a cellular network. Because Mobile-Fi is aimed at more ubiquitous coverage, a larger footprint will be required.
Countries and companies often seek to control the market by developing standards they hope will dominate the global scene. The United States has led the way with IEEE standards, and the European Union's ETSI standards are their counterparts. The work of standards consensus is ongoing, uncertain, and difficult to predict. Mobile operators, who are generally friendly to Mobile WiMax, see Mobile-Fi as a competing standard that could make their 3G licenses worth rather less than they paid for them. The fact that Intel is behind WiMax is a strong force and will undoubtedly push the WiMax standards forward.
Mobile-Fi will have to overcome several hurdles. First among them is the fact that it can be used only in licensed bands below 3.5GHz. Another is that Mobile-Fi trails the Mobile WiMax standards process by a couple years. Another hurdle is whether there is indeed a large requirement for 155 mph (250 kph) handoff. In addition, we do not know what effect Mobile WiMax being nationalized in Korea will have. And, very importantly, cellular companies may not be willing to undercut their 3G service. Certainly, we can assume that the US$100 billion investment in 3G spectrum by the European mobile carriers alone might be weighed against a workable Mobile-Fi standard. With the possibility of proprietary systems (e.g., WiBro, Flash-OFDM) being in place a number of years before Mobile-Fi is standardized, the likelihood is that by then, Mobile WiMax will be backward compatible with WiMax fixed services. Licensed or unlicensed, Mobile-Fi will not be ubiquitous, and WiMax probably will.

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EBOOK-Multicarrier Techniques for 4G Mobile Communications

Multicarrier Techniques for 4G Mobile Communications.pdf

This book provides a comprehensive introduction to multicarrier techniques
including orthogonal frequency division multiplexing (OFDM), putting
much emphasis on the analytical aspects by introducing basic equations
with derivations.

http://www.4shared.com/file/121165363/991b26c8/1580534821-Artech-Multicarrier_Techniques_for_4G_Mobile_Communications.html

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Free Telecom Training

TelecomMentor.com is partnering with NGNGuru.com to bring high-quality voice automated Free and Advanced Training. Our Advanced Training Program is minimum 80- 100 voice automated slides and Free Training Program is about 12-20 voice automated Slides.

Please make sure your Internet Browser has Latest Flash Version and Speakers are on your Computer. Also we will be bringing White Board mentoring with Training programs soon.

Our training is focused only on Telecommunication. Some of the Topic we have covered  will be on  IP technologies, Fixed mobile convergence, Fundamentals of Telecom,  CDMA, LTE-SAE, TCP/IP, SS7, MAP, CAMEL, INAP, 2G, 3G, 4G, CALEA, Class4 , Class5, VOIP, IMS, Femto and WiMax. We update our material very frequently with latest changes in Telecom Industry. All Topics are offered Online only.

Training Slides will have an Index on the Topics covered, detailed explanation & overview with VOICE, Goal Oriented Training with latest concepts such as FEMTO. One key advantage on our Training is that users can view it as many Times as needed. There will be a Pause, Rewind and Forward button to make our video presentation user Friendly.  Why Delay, Click NOW on the below Topics and LEARN the Fundamentals.

http://www.telecommentor.com/training/

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