DUE TO ISSUES WITH GOOGLE PHOTOS ALL IMAGES AFTER AUGUST 2015 ARE NOT SHOWING, I AM TRYING TO FIGURE OUT HOW TO GET THIS WORKING!

Monday, April 30, 2012

Tmobile's false claims on their "set the record straight" ad campaign.

Don't get me wrong, currently I am a Tmobile customer, however with an ad campaign stating that it is "time to set the record straight" It seems unethical to blatantly provide false advertising.

Tmobile has an HSPA+ network. This is far from a 4G network. At most it is a 3G+ or 3.5G network. Technical specifications aside, HSPA+ is merely just an upgrade of the existing HSPDA 3G data network, unlike LTE or WiMax which are entirely new networks that need to be deployed. While none of these technologies reach the speeds that the ITU originally used to define the term 4G, an upgrade to an existing network can hardly be considered a completely new generation of technology. It would be like tuning the engine of an older car and claiming that it is a new car.

Lets move onto the comparisons on their website:
For the Tmobile vs Sprint comparison, they compare a HSPA+ Samsung Galaxy S II with a 3G capable iPhone 4GS. Right off the bat due to the hardware specifications of these two devices the comparison is weighted in Tmobiles favor. It also is misleading to iPhone fanboys who may think that they can get similar results by bringing an unlocked iPhone over to Tmobile. The fact is that the GSM version of the iPhone sold by AT&T uses different frequencies for 3G than what Tmobile uses, so in reality if you put an iPhone onto Tmobile at best you will only be getting EDGE 2G speeds.

The AT&T comparison again pits a Samsung Galaxy II capable of HSPA+ speeds against an iPhone 4GS that can only obtain 3G HSPDA speeds. Again based solely on hardware Tmobile has an unfair advantage. As well as misleading people into believing that the network is what is faster. AT&T has the same "4G" network as Tmobile in most areas, a HSPA+ network, and has been lighting up their LTE network in most major markets recently. LTE could be considered an actual 4G network, unlike HSPA+ and it also offers greater speeds.

Finally the Tmobile vs Verizon comparison once again pits the iPhone 4GS against the Samsung Galaxy II. Same situation as the other two carriers that they compare above. This is misleading advertising. It is like comparing the speeds of a Porsche with a Chevy Volt on a public highway, while the owner of the Volt has a Ferrari and a race track to prove that they are faster.

Not sure why Tmobile would want to "set the record straight" with an apples to oranges comparison.

I am a Tmobile customer, not because of the blatantly fraudulent advertising, but because the pricing structure of their prepaid plans provides me the greatest benefit at the current time. Until Verizon or AT&T show reasonable rate plans for prepaid LTE service, or Sprint opens up their LTE network that they are going to replace their WiMax network and offer it on Boost or Virgin, then Tmobile remains a fairly decent value for the speeds provided on their prepaid plans. However, pay careful attention to the fine print, the $50 plan only provides around 100MB of "4G" data - when you go over the allowed data on your plan you are throttled down to 2G EDGE speeds, not 3G. Why? well that is fairly easy to answer - because HSPA+ IS 3G, so the only lower tier would be 2G.

Saturday, April 21, 2012

New cell phone

So finally I went out and spend some money on replacing my Samsung Dart (why do I always want to call it a Dodge Dart? Guess because they both kind of suck)

I went to the T-mobile store and picked up a Samsung Galaxy S 4G. The cost of the phone with a qualifying prepaid or "monthly 4G" plan was $250. The problem is these idiots in the store forced me to buy a $60 activation kit for the phone which I do not need since I am already an existing customer who is just trying to upgrade the phone that I currently have.

This problem left me with an extra line of service that I do not need, and $60 poorer. I called T-mobile customer care and found out that I needed to have the pin number for the new account that the store set up for me, which I did not have since they never asked me to set a pin up. This required me to get off the line with customer service and set up a pin for my "new" account. Once that was done I called back and spoke with the stupidest rep ever. She thought I was calling to provide them with my IMEI number. HELLO it is a GSM phone all I need to do is swap my SIM card! Finally she made it seem like she was on the same page as me and told me that the credit for the account that I was forced to open would be transferred over to my existing account within 2 hours. 6 hours later and the "new" account is still active and the credit has not yet been transferred over. So I called back and finally got someone who immediately posted $25 credit to my account and advised me the remainder of the credit will post within an hour, and the "new" account will be deactivated. Finally someone who knows what they are doing.

Not sure if this is a win for me or not. The $250 price for the phone supposedly is for new prepaid service with a qualifying plan, while the full retail of the phone is closer to the $400 range. So perhaps the store was right in that to get the $250 price I had to get the activation kit, which still saves me about $100 compared to the full retail price of the phone. But since I have no use for 2 unlimited prepaid plans I figured I would try my luck at getting the money I paid transferred over to my active account.

Failing everything else, I did pay for the phone with 2 different credit cards. I put the bulk of the cost on one card, and about $50 onto another, so I could always dispute the charges on the lesser credit card if they fail to provide me with the credit.

[update] The credit was applied to my account, leaving me with no monthly charges the following month since my monthly plan is $60 and they credited my account the full $60.

Saturday, March 24, 2012

Rewiring the rack at my employers office

The network rack at my employers office has started to look a bit messy. I also needed to make several new CAT5 runs in the office so I brought up to my boss that we should neaten up the wiring a bit at the end of the day on a friday so it would be least intrusive to the office.

Front of office patch panel before I started.

Sideview of office patch panel before I started.

I added 3 new CAT 5 runs before I started working on neatening up the wiring at the patch panel. First I tightened up the wiring behind the panel, mostly just zip-tying then up a bit neater. Once this was all done, and the last person left the office I began removing all of the patch cords. I created a spreadsheet for what jacks were connected to the patch panel, so that I would not have to worry about connecting jacks that were not in use and run out of space on the switch and router. I removed all old unused hardware, 1 router and 2 DVRs.


Front of patch panel after cleaning up patch cords.

While I do not usually like to go directly across the front of the panel with the patch cords, I would have prefered to bring everything straight across then up the side and back over, I did not have a box of CAT5 patch cords that were long enough so I just made sure that I would be able to keep things as neet as possible by running everything directly from panel to router/switch.

I labeled each patch cord with what jack the cord connects to.

To eliminate confusion and hopefully prevent a reoccurance of having patch cords that are not connected anywhere just zip-tied at the panel I labeled all of the patch cords at each end with the jack number on the patch panel that they connect to. I also used velcro straps to strap the patch cords together and not zip-ties

Side view: I mounted the FAX ATA, DVR, cable and DSL modems behind the rack, so they are easily viewable, yet out fo the way.

To free up sone space on the shelf below the panel, and to get things up and more visible I installed the DVR, cable modem and DSL modem, as well as an ATA used for the fax machine (directly below the panel) on the back side of the rack. Now it will be much easier to view status lights of everything with ease.

Up next is going to be rewiring the network rack at the CO-LO data center, fun times.

Thursday, February 9, 2012

CAT 5 repair patch cord.

So I just recently completed an installation of several VoIP phones at a customers location. One of the existing CAT 5 jacks failed when I tested it. Unfortunately I could not open the patch panel because there were too many patch cords connected and I did not want to take down their entire network for a single phone. I also was unable to open the jack due to its location behind a solid wooden desk that was fulled with paperwork.

Luckily I knew that 2 pairs were making it from the jack to the patch panel.
My test showed 1+2 open (orange) 3+6 reversed (green) 4+5 open (blue) and 7+8 reversed (brown)

What was I to do? Run a new CAT5? Sure that might have been an option, however the wire would need to be surface run, and I might as well take down the whole network to find where the open was instead of moving everything in the next 3 offices that the wire ran thru to get to the data closet.

My alternative solution was to create a custom patch cord at both ends of the run. These custom patch cords would swap the green/white pair to correct the reversal, while it would swap the orange/white pair over to the brown/white pair and repair the reversal on the brown white pair as well.

I used a short piece of CAT 5 wire and 2 jacks on either end of the cord in place of 8p8c connectors, so that if I had miswired anything I could easily fix it at either end with out needing to waste any 8p8c connectors. I also wanted anyone who saw this contraption to not confuse the custom patch cord with a regular patch cord, as it would only work for this jack, or other jacks that had a similar miswire, or improper punch down.

Here is an image that I just created visualizing the cut over cables that I made. One patch cord goes on one end of the run, while the other goes on the other end of the run, it really does not matter what side either one is on, but they must both be used for this to work.

The left side fixes the reversal for both pairs, as well as swaps the orange/white over to the brown/white pair.
The right side is just a straight thru connection for the green/white that has already been reversed, and brings the brown/white pair back over to the orange/white terminations.