BSNL Home 500C is one of those plans which come under the category of Home Combo Plans which are structured by BSNL. BSNL have always been coming with such plans that can cater the needs of different people and that is one of
the reason that you can find so many plans. Also, it implies that all of the plans are not for you as there may be some that will really be appreciated by you and some may never be able to acquire you appreciation. When you talk about BSNL
Home 500 C, it means that you will be getting a wonderful speed in general. 256kbps is the speed that you will surely be getting by using this
package; however, you can really get a faster speed on some occasions which can be as high as 2Mbps. Also, you can get this speed by spending Rs.500 per month.
However, there will be the limitations that you will have to stay patient with.
Downloading and uploading limit should not be exceeded from 1.5GB as if you do that; you will have to pay 0.80 paisa for ever extra MB. One benefit that you can acquire with this package is that there will be no charges for
your phone which you may have to pay in other
packages as a fixed monthly telephone charges. Also, night unlimited
facility is available for users to enjoy from 0200hrs to 0800hrs. Last but certainly not the least; you can enjoy 175
free calls in this package which makes it stand out amongst the many.
Nomenclature | BB Home Combo 500 |
Bandwidth (Download Speed) | Upto 2 Mbps |
Applicability | All Users |
Monthly Charges (Rs) | 500 |
Discounted Annual Payment Option (Rs) | 500 |
Download/Upload Limit (MB/ GB) per month | 1/5 Gb |
Additional Usage Charges/MB beyond free download/upload limit (Rs) | Rs. 0.20/- per MB |
Night Unlimited (0200-0800 Hrs) | Yes |
Free E-mail IDs/Space (Per E-mail ID) | 1/5 MB |
Static IP Address (On written Request) | NA |
Security Deposit | Nil |
Minimum Hire Period | One Month |
Telephone fixed monthly charges in Rs | NIL |
Free Calls(MCU) | 175 |
MCU charges/ pulse in Rs. | 1 |
Committed Period for FREE MODEM** | Not Aplicable |
Type of Modem $ | NA |
