Tikona broadband partnership program

Tikona Digital Networks, one of the leading wireless broadband companies in India has launched an innovative and unique partnership program for aspiring business people. Tikona digital networks is now inviting technology savvy business associates to lead the wireless revolution throughout the country. Wired broadband is history. Wireless broadband will be the future of communications. The scope of the work will involve installing and managing a small company that provides support and services like marketing, setup, service assurance and collections to your assigned territory circle.

Investment required

You need seven lakhs Indian rupees to participate in this business venture. Five lakhs will be the security deposit and will be refundable when a partner terminates the relationship. In addition to the two lakhs investment, the business associate is required to maintain a working capital of about three lakhs Indian rupees. A decent amount of business space in the centre or suburbs of the city is required. Quality manpower is required to manage the overall business.

Annual Returns

You can make 30% annually from this business opportunity. No other communication company offers such an amazing return. No risk is involved as we are a professionally managed private company backed by big private equity investors like Goldman Sachs, Green Lotus Investments, and Oak India Investments. We will extend all possible help to make this partnership a win-win situation for both of us.  

The size of your territory will depend on the fiber distribution mode. It is usually about fifteen kilometers. You can bid for more than one territorial unit. Each node will have approximately two thousand subscribers. Tikona digital networks will extend all possible support to make this partnership a big success. We will also give quality support on spectrum selection, network management, legal obligations and marketing.

Tikona brings you this amazing business opportunity. Subscribe now before the offer sells out.

Tikona broadband services for enterprises

Tikona broadband provides a wide variety of services for enterprises, educational institutions and small businesses. Tikona is powered by 4G technologies like OFDM and MIMO which delivers incredible speeds and reliability. Check out the various services offered by Tikona and enhance the productivity of employees at your workplace. 

Tikona enterprise services

1) Direct to office leased lines

If internet down time is affecting your business, then it is time to switch to Tikona's direct to office leased lines. Load balancing and failover routing can be improved by using this service. This will give you 100% uptime throughout the day and you don't have to worry about cable cuts or other disruptions. Bandwidth and speed can be correctly utilized using this technology. 

2) Video conferencing 

Video conferencing over a traditional fiber channel can be very expensive because it uses too much bandwidth. Tikona provides an amazing video conferencing solution that not only offers multi point video but also very secure. No separate endpoints are required. You can buy endpoints from Tikona. You can create your own set of endpoints whether it is soft client, conference room or laptop. 

3) Secure corporate Wi-Fi

 Access your office network using the latest Wi-Fi technology. It is not only secure but can save you lots of money. A wide variety of internet devices can be connected including desktops, laptops, notebooks, tablet pc and smart phones. Get complete immunity from disruptions thanks to Tikona's smart antenna technology. Deliver cool solutions to your employees using the WPA2 enterprise architecture. 

 4) Differential access 

Optimize bandwidth distribution to employees using Tikona's differential access services. You can create user groups, user rights and allocate bandwidth depending on the requirement of the user. This can potentially save tons of money for corporates and enterprises. Manage bandwidth better and improve the overall efficiency and productivity of the employee. 

Tikona broadband offers attractive plans for enterprises. You can easily subscribe here. 

Bharat Sanchar Nigam Limited releases 3G wireless pocket router

Bharat Sanchar Nigam Limited (BSNL), the state-run communication company has released a Third Generation (3G) wireless pocket router for Indian rupees 5800. The handy wireless pocket router has been released in collaboration with another telecom service provider Shyam networks. This handy pocket device is named Winknet Mf50. The amazing thing about Winknet Mf50 is the fact that it has the potential to connect more than one device to the World Wide Web.

This pocket router comes very handy when you have to connect multiple devices using a single sim card. A 3G sim card is required to run this pocket device. Winknet Mf50 is sim locked. Consumers will get a 60 Indian rupees recharge voucher after buying this handy device. You will get a data usage of about 1GB. Both Shyam telecom and Bharat Sanchar Nigam Limited is immensely benefited by releasing this device. BSNL gives the sim cards to Shyam telecom. Shyam telecom with then sell this handy router.

“We have 3G services throughout India. We are very pleased with the launch of this amazing device”. BSNL Chairman and Managing Director told news reporters. “Winknet Mf50 will provide effortless broadband connectivity for people on the move”. Shyam telecom Executive Vice President Nafis Kazim told news reporters. This is a win-win deal for both BSNL and Shyam networks.

BSNL is the second telecom operator to launch a 3G pocket router in India. Tata Photon released a Wi-Fi hub a few months back giving customers similar features. Tat Photon router had the potential to connect to six different devices at the same time and offered incredible speeds of up to 6 Mbps. Winknet Mf50 is all set to gain a significant market share over other competitors. This handy wireless pocket router will be available throughout India for a market price of Indian rupees 5800.

Broadband evolution, types and features

The term broadband refers to a telecommunication bandwidth that is at least 256 Kbps. A single broadband communication channel is 6 MHz wide and the voice grade is greater than 20 KHz. Broadband uses a wide range of frequencies to seamlessly transmit and receive information between networks. Broadband offers more speed than a traditional dial up internet connection because data and information can be multiplexed and transmitted on different communication frequencies and channels.

Many years of ground breaking research, effort and patience contributed to the invention of broadband in the new millennium. Standards, technical specifications and protocols were put in place by international unions and major telecom companies throughout the world started offering broadband services at 256 Kbps to home consumers, institutions and business enterprises. In a short span of twelve years the broadband speeds have gone from a meager 256 Kbps to an incredible 10 Mbps. Broadband has tremendously enhanced the growth of the world wide web and consumer applications, scripts and enterprise software are becoming more available to the public.

There are five different types of broadband connections. They are DSL broadband, cable broadband, wireless broadband, satellite broadband and power line broadband. DSL is the abbreviation for Digital Subscriber Lines. DSL is a wired broadband technology that effortlessly relays and receives data and information over conventional telephone lines. Since everyone has a landline at home, DSL is easy to install and it can provide transmission speeds of up to 1 Mbps. Airtel provides DSL services. The speed of the DSL connection varies depending on the quality of the telephone line and the distance of the telecom company from your home.

There are four different types of DSL. They are ADSL, SDSL, HDSL and VDSL. ADSL stands for Asymmetrical Digital Subscribers Line. ADSL technology is developed primarily for the residential market and for people who download more information than upload. ADSL gives more speeds in the downlink and very low speeds for the uplink without affecting the regular voice calls in the telephone. SDSL is the acronym for Symmetrical Digital Subscribers Line. SDSL is used by corporates and business people for value added services like web conferencing that requires rich bandwidth. HDSL means High data rate Digital Subscribers Line. VDSL stands for Very high data rate Digital Subscribers Line. Both these technologies are used by corporates for special and advanced bandwidth requirements.

Cable modem is a broadband technology that enables television operators to provide internet connectivity using coaxial cables. You don’t need to dial up your internet service provider and this connection is always on. Hathway provides broadband using cable modem. Wireless broadband is based on the 4G technology that uses a radio link to connect the consumer to the internet service provider. They use long range directional devices to seamlessly transmit and receive information between routers. Tikona Digital Networks provides 4G wireless broadband services. Satellite broadband uses orbiting satellites to relay and receive information in sparsely populated cities. Power lines are recently used to provide broadband connectivity using the electric power distribution network. Broadband is an amazing telecommunications technology that has changed the internet landscape and promises a bright future for net enthusiasts.

3G cellular standards and characteristics

The concept of 3G cellular standards or IMT-2000 began in the early 1980’s at the International Telecommunication Union. After fifteen years of research and development, hard work, patience and persistence, the 3G standard was born. The technical specifications and the blueprint was approved and made public. 3G uses the communication spectrum between 500 MHz and 3 GHz to seamless transmit and receive information between cell towers. All national and international telecommunications along with the Government unanimously approved the 3G standard.

Consumer applications, enterprise applications and value added services can be developed based on a single protocol. 3G technology is the result of ground breaking development work carried out by international telecommunication unions like 3GPP, 3GPP2, ITU-R, ITU-T and UWCC. Complete interoperability and networking was achieved successfully. Convergence in multiple services including cellular phones, landlines, voice and video can be distributed using 3G technology.

Consumers will be able to travel internationally thanks to the effortless global roaming features that can be deployed using 3G systems. 3G can deliver mind blowing speeds of up to 2 Mbps. 3G is technically 100 times faster than the earlier 2G technology. There are six important features or characteristics of 3G systems. They are compatibility, flexibility, affordability, modular design, high data rates and security. 3G is compatible with existing GSM technologies like 2G and EDGE. 2G continues to be prevalent in underdeveloped, developing and third world countries like India, Brazil, China, Africa and Russia. 3G is capable of giving compatibility to this existing technology through effortless migration paths.

3G is also flexible unlike existing GSM systems. 3G can support multiple platforms, multiple interfaces and multiple protocols. A telecommunication giant in a foreign country need not worry about mergers and acquisitions anymore. 3G addresses this problem effortlessly by providing a flexible interface to support a wide range of devices and applications. 3G supports CDMA, FDMA and TDMA. CDMA stands for Carrier Division Multiple Access. FDMA is the abbreviation for Frequency Division Multiple Access and

TDMA refers to Time Division Multiple access. 3G systems are priced attractively. It is not expensive and these services can be easily bought by consumers, small businesses and educational institutions. 3G is also designed in such a way that it can be expanded in the near future. 3G networks are also more secure compared to existing GSM technologies. 3G networks uses a new block cipher for authentication thereby making it safe and secure.

     

Tikona broadband connection plans in Bangalore

Tikona offers a wide range of plans for home users. Take a look at the list of Tikona broadband connection plans in Bangalore. Tikona digital networks is an exciting new startup communication company offering wireless broadband to both home consumers and enterprises. Check out the unlimited plans for speeds less than 1 Mbps below.

Unlimited plans less than 1 Mbps

Plan name	Speed	Monthly rental	Setup charge	Number of PC’s
ADULH300K	300Kbps	400	0	2
ADULH512K	512Kbps	500	0	2
ADULH750K	750Kbps	750	0	2

Unlimited monthly bandwidth plans

Plan name	Speed	Monthly rental	Setup charge	Number of PC’s
ADULM1024	1Mbps	799	1000	2
ADULM2048	2Mbps	999	1000	2
ADULM4096	4Mbps	1499	1000	3

There are also quarterly plans available to suit every net enthusiast. Quarterly plans are value for money plans and can save you lots of money. Check out the unlimited quarterly Tikona broadband connection plans in Bangalore below. 

Unlimited quarterly plans

Plan name	Speed	Quarterly rental	Setup charge	Number of PC’s
ADULQ1024	1Mbps	2399	500	2
ADULQ2048	2Mbps	2999	500	2
ADULQ4096	4Mbps	4499	500	3

If you have enough money in your bank account then I would suggest you go for half yearly plans. Tikona’s half yearly broadband plans offers amazing savings with incredible speeds. Check out the unlimited half yearly plans from Tikona below. 

Unlimited half yearly plans

Plan name	Speed	Half yearly rental	Setup charge	Number of PC’s
ADULH1024	1Mbps	4799	0	2
ADULH2048	2Mbps	5999	0	2
ADULH4096	4Mbps	8999	0	3

Annual plans are great for people who are living at their own residence and free from job transfers. Tikona’s annual plans offer unlimited savings at great speeds. Check out the cool unlimited annual plans below. 

Unlimited annual plans

Plan name	Speed	Annual rental	Setup charge	Number of PC’s
ADULA1024	1Mbps	8799	0	2
ADULA2048	2Mbps	10999	0	2
ADULA4096	4Mbps	16499	0	3

Tikona offers a wide variety of wireless broadband plans for both young internet users and professional net enthusiasts. Each and every internet plan has been priced very attractively. Tikona digital networks has its own share of network problems like route flapping and software errors but Tikona is new and on a learning curve. Tikona had its share of negative customer reviews but they are geared now and dedicated to providing the highest quality of service at affordable prices.

You can subscribe for a new wireless broadband connection here.

4G standards that lack cooperative relaying

4G is a telecommunication standard for providing high speed broadband services. The whole world may be crazy about 4G but these standards lack cooperative relaying. If a mobile phone is connected to two or more mobile towers during a phone call it is known as soft handover or cooperative relaying. If there is cooperative relaying it is possible for a mobile phone to receive communication signals from two or more radio stations at the same time. Tikona Digital Networks is an amazing startup that offers cooperative relaying .Given below is a list of 4G standards that lack cooperative relaying. 

1) UMB 

UMB is the abbreviation for Ultra Mobile Broadband. This communication standard was developed by Qualcomm. UMB was developed on the TCP-IP protocol and uses radio systems to transmit and receive information from one mobile phone tower to another. UMB features frequency division duplex, IP network architecture, mixed cell sizes and scalable bandwidths. UMB supports a wide variety of topologies and offers scalable bandwidths. Its adaptive interference management features gives more user data rates and it provides amazing download speeds of up to 250 Mega bits per second. 

2) IEEE 802.20

This 4G standard was developed by the International Institute for Electrical and Electronics Engineers. Two important standards fall into this category. MBWA and iBurst fall into this category. MBWA stands for Mobile Broadband Wireless Access. MBWA was published in the year 2008 by IEEE. MBWA offers speeds of up to 80 Mega bits per second. MBWA utilizes packet switching architecture and supports low bit rates. iBurst is a technology developed by the company Arraycomm. iBurst was developed in the year 2000 and adopted by Alliance for Telecommunications Industry Solutions. Both these systems lack cooperative relaying.

3) OFDM

OFDM stands for Orthogonal Frequency Division Multiplexing. OFDM encodes data on different carrier frequencies to deliver incredible speeds of up to 300 Mega bits per second. OFDM is used by telecommunication giants like Tikona digital networks and has become very popular worldwide. OFDM is highly sensitive to Doppler shifts and can create frequency synchronization issues within the network. 

All these 4G standards lack cooperative relaying. However there are some exciting new 4G standards like LTE advanced and IEEE 802.16 that incorporates cooperative relaying. A soft-handover is a very important required for wireless broadband networks and the telecommunication companies and educational institutions should spend more money, time and research on developing 4G standards that has cooperative relaying features. 4G is an incredible broadband standard but it does lack some key features.