I'm new to this forum, and I've seen people mention cell sites with specific ID's (for example, SF33XC664). Is there any significance to these ID's, and is there a way to decode them? Also, how do I figure out what the cell site ID's are for towers near me?
Thanks! I'm excited to start talking on this site more 😀
Samsung Network Vision equipment are highly distinct and fairly easy to spot compared to the equipment that other vendors are deploying. Sprint is Samsung's first extremely massive American contract (baring Clearwire) so there should be no issues in confusing these equipment for another carrier which happens often with Ericsson NV equipment.
Below are images of Samsung equipment which includes antennas, remote radio units, base stations, and their mounting configurations.
Next Generation 8 Port Dual Band Antenna Setup
4 port 800 MHz RRH-C4 800
Narrow beam setup
High Capacity Site with 2 Antennas & 3 RRUs (2x PCS & 1x SMR).
Second antenna is PCS only for now.
Canadian IBEZ (NO SMR)
Special Case PCS Only Setup for Canadian IBEZ
Close up of standard antenna connectors
Powerpoint slides from Samsung / Sprint
*disclaimer - all powerpoint diagrams and images were found through public municipality online databases and is by no means misappropriated through malicious means*
*Credit goes to those whom took pictures of these equipment. You know who you are*
Sprint announced at MWC trade show in Barcelona that 5G will go live with 4 cities starting in May (Chicago, Atlanta, Dallas and Kansas City )
Interesting to read an update. But I remember a lot of people back then said, 'I will believe it when I see it.' Now, 5 years later, I can't help but hear those voices even louder now. They were certainly proven right. Even if it does eventually happen.
I know that. I'm talking about further down the line for 5G. What I'm saying is that with the addition of Sprint's PCS, they can expand LTE on PCS and shift HSPA from AWS to the remaining 5MHz in PCS-B so that they can have a 25MHz n66 carrier down the line and a 20MHz n2 carrier since n2 is not currently registered for greater than 20MHz carriers.
The other solution would be to simply get rid of HSPA altogether and have two 25MHz n66 and n25 carriers since n25 allows for 25MHz carriers. Then T-Mobile could retain the 5MHz PCS-G for legacy LTE service.
They poached it from the lower 5MHz of Sprint's PCS B-block. I'm assuming the plan is to eventually expand PCS to 20MHz, leaving two 5MHz blocks (one in B-block and one in G-block) for legacy HSPA and Sprint LTE.