agree.. ahahaha..kakatamad basahin kanya kanya patalinuhan ginoogle lang naman.
agree.. ahahaha..kakatamad basahin kanya kanya patalinuhan ginoogle lang naman.
hahaha natatawa ako sa mga comment nyo tungkol kay ts hehehe cellsites tower data?? kung talagang nakaka unawa kayo about cellsites maiintindihan nyo ang ibig sabihin ni ts he is talking about the transmitter spectrum and protocol, and yes may data sa tower ng cellsites This depends heavily on the protocol being deployed and the ***** volume of spectrum being leveraged for a given site. One cell site can deploy multiple channels each using 5, 10, 20, or 40 Mhz of spectrum on each channel. Additionally, the frequency can vary from 900 MHz to 1800 MHz, etc. Also, different protocols, such as Edge, 3G, 4G, and LTE all use different methods to process signals. Some of these are more efficient than others and can squeeze more bandwidth out of a given amount of spectrum. In general, the higher the frequency, the larger the channel width, the higher the number of channels in use at the site, and the more efficient the protocol, the more bandwidth will be available. and yes cellsites also transmit data ang tawag dito backhaul bandwidth. i will summarize it for the basher ni ts hehehe. Cell tower backhaul bandwidth can be provided by various means including fiber, traditional telco connections (T1, DS-3, etc.), or wireless backhaul. Carriers will supply bandwidth to the cell tower based on anticipated bandwidth usage. If they're doing their jobs well, backhaul bandwidth will not be a limiting factor, but I would guess there are real world scenarios in which it is a limiting factor. Backhaul bandwidth available at each tower site can easily reach 1 Gbps if it is warranted or necessary kaya nga tinanong ko si ts kung ano ang freq na ipapalit kung sakali. and besides may isang comment dito pag nasa field daw di ka daw it o ece ako nasa field programing ece/it nasa field ako. peace mga bro hehehe wag nating i bash si ts kasi may point naman sya alam yan ng talagang mga nakakaalam pag dating na networking job peacehehehe
hahaha natatawa ako sa mga comment nyo tungkol kay ts hehehe cellsites tower data?? kung talagang nakaka unawa kayo about cellsites maiintindihan nyo ang ibig sabihin ni ts he is talking about the transmitter spectrum and protocol, and yes may data sa tower ng cellsites This depends heavily on the protocol being deployed and the ***** volume of spectrum being leveraged for a given site. One cell site can deploy multiple channels each using 5, 10, 20, or 40 Mhz of spectrum on each channel. Additionally, the frequency can vary from 900 MHz to 1800 MHz, etc. Also, different protocols, such as Edge, 3G, 4G, and LTE all use different methods to process signals. Some of these are more efficient than others and can squeeze more bandwidth out of a given amount of spectrum. In general, the higher the frequency, the larger the channel width, the higher the number of channels in use at the site, and the more efficient the protocol, the more bandwidth will be available. and yes cellsites also transmit data ang tawag dito backhaul bandwidth. i will summarize it for the basher ni ts hehehe. Cell tower backhaul bandwidth can be provided by various means including fiber, traditional telco connections (T1, DS-3, etc.), or wireless backhaul. Carriers will supply bandwidth to the cell tower based on anticipated bandwidth usage. If they're doing their jobs well, backhaul bandwidth will not be a limiting factor, but I would guess there are real world scenarios in which it is a limiting factor. Backhaul bandwidth available at each tower site can easily reach 1 Gbps if it is warranted or necessary kaya nga tinanong ko si ts kung ano ang freq na ipapalit kung sakali. and besides may isang comment dito pag nasa field daw di ka daw it o ece ako nasa field programing ece/it nasa field ako. peace mga bro hehehe wag nating i bash si ts kasi may point naman sya alam yan ng talagang mga nakakaalam pag dating na networking job peacehehehe
grabe naman si sir makapagbash pero ok lang totoo po na sa field ako kung nakikita nyo po yung mga sasakyan ng smart may alalay yes alalay ako bulacan area ako utusan ako engineer po ang mga amo ko dahil it graduate lang ako yun offer sakin kung payag ako sa field non yun lang inuutos sakin ireset ko daw kaya gagawin ko bibiyahe ako punta ako sa cellsite na utos sakin and then icacall ko amo ko kung pede ko na ireset
programming ece at i.t. ka pa? wow daming course..hahaha natatawa ako sa mga comment nyo tungkol kay ts hehehe cellsites tower data?? kung talagang nakaka unawa kayo about cellsites maiintindihan nyo ang ibig sabihin ni ts he is talking about the transmitter spectrum and protocol, and yes may data sa tower ng cellsites This depends heavily on the protocol being deployed and the ***** volume of spectrum being leveraged for a given site. One cell site can deploy multiple channels each using 5, 10, 20, or 40 Mhz of spectrum on each channel. Additionally, the frequency can vary from 900 MHz to 1800 MHz, etc. Also, different protocols, such as Edge, 3G, 4G, and LTE all use different methods to process signals. Some of these are more efficient than others and can squeeze more bandwidth out of a given amount of spectrum. In general, the higher the frequency, the larger the channel width, the higher the number of channels in use at the site, and the more efficient the protocol, the more bandwidth will be available. and yes cellsites also transmit data ang tawag dito backhaul bandwidth. i will summarize it for the basher ni ts hehehe. Cell tower backhaul bandwidth can be provided by various means including fiber, traditional telco connections (T1, DS-3, etc.), or wireless backhaul. Carriers will supply bandwidth to the cell tower based on anticipated bandwidth usage. If they're doing their jobs well, backhaul bandwidth will not be a limiting factor, but I would guess there are real world scenarios in which it is a limiting factor. Backhaul bandwidth available at each tower site can easily reach 1 Gbps if it is warranted or necessary kaya nga tinanong ko si ts kung ano ang freq na ipapalit kung sakali. and besides may isang comment dito pag nasa field daw di ka daw it o ece ako nasa field programing ece/it nasa field ako. peace mga bro hehehe wag nating i bash si ts kasi may point naman sya alam yan ng talagang mga nakakaalam pag dating na networking job peacehehehe
grabe naman si sir makapagbash pero ok lang totoo po na sa field ako kung nakikita nyo po yung mga sasakyan ng smart may alalay yes alalay ako bulacan area ako utusan ako engineer po ang mga amo ko dahil it graduate lang ako yun offer sakin kung payag ako sa field non yun lang inuutos sakin ireset ko daw kaya gagawin ko bibiyahe ako punta ako sa cellsite na utos sakin and then icacall ko amo ko kung pede ko na ireset
ahaha..ts hindi ako kasama sa mga basher ah , pero may tanong ako sa iyo diba bago o i pasok ang cable sa control panel gamit ang laptop may box yun na puti at tingnan mo yung loob nun may mga code dun baka pwde mo nalang ibigay sa akin yung source code ng control hehehe ang freq ko ay 2472MHz channel 13 hehehe saka yung radio binary code ts salamat pwede mo ba i pm nalang sa akin hehehe salamat.
hahaha natatawa ako sa mga comment nyo tungkol kay ts hehehe cellsites tower data?? kung talagang nakaka unawa kayo about cellsites maiintindihan nyo ang ibig sabihin ni ts he is talking about the transmitter spectrum and protocol, and yes may data sa tower ng cellsites This depends heavily on the protocol being deployed and the ***** volume of spectrum being leveraged for a given site. One cell site can deploy multiple channels each using 5, 10, 20, or 40 Mhz of spectrum on each channel. Additionally, the frequency can vary from 900 MHz to 1800 MHz, etc. Also, different protocols, such as Edge, 3G, 4G, and LTE all use different methods to process signals. Some of these are more efficient than others and can squeeze more bandwidth out of a given amount of spectrum. In general, the higher the frequency, the larger the channel width, the higher the number of channels in use at the site, and the more efficient the protocol, the more bandwidth will be available. and yes cellsites also transmit data ang tawag dito backhaul bandwidth. i will summarize it for the basher ni ts hehehe. Cell tower backhaul bandwidth can be provided by various means including fiber, traditional telco connections (T1, DS-3, etc.), or wireless backhaul. Carriers will supply bandwidth to the cell tower based on anticipated bandwidth usage. If they're doing their jobs well, backhaul bandwidth will not be a limiting factor, but I would guess there are real world scenarios in which it is a limiting factor. Backhaul bandwidth available at each tower site can easily reach 1 Gbps if it is warranted or necessary kaya nga tinanong ko si ts kung ano ang freq na ipapalit kung sakali. and besides may isang comment dito pag nasa field daw di ka daw it o ece ako nasa field programing ece/it nasa field ako. peace mga bro hehehe wag nating i bash si ts kasi may point naman sya alam yan ng talagang mga nakakaalam pag dating na networking job peacehehehe
ahaha..
sorry brod.. hanggang 2200 mhz lang ang smart.. at walang channel doon. ahaha ginawa mong radio station ahaha
smart use gobal color code which is.. orange and white.. walang puting box doon..
binary code? lols.. how can you input a binary code sa o.s na iyon.. pinapatawa mo ako.. AHAHAHA
sige na nga last na ito.. at least alam ko if imbento or not..
tandaan mo ito..
mannyoscartango.. ahahaha basic ap code ng cellsite.
did i say 3g or 4g? we are talking sa frequency..as i said.. 2200 mhz ang sa smart ahahaha. kasi sa 4g. 800mhz sila.. lols..boss peace hahaha pero mali ka 2200mhz is a 3g freq hehehe at yung radio bianry ginagamit yung reciver ng sites pag may maintenance o kaya brownout kasi ang panel electric power source yan hehehe ayaw na kita sabayan mahirap na hehehe, at ang source code ng smart/pldt pala boss inclined sa hongkong yan ang alam ko hehehe pero di ako empleyado ng smart kaya humihingi ako ng mga sa kanya hehehe sa 4g pinakamataas na freq yung sinabi ko peace brad hahaha at saka ang color code ng smart sa tower boss hindi orange at white kundi orange and green ahahaha
binasa ko yung sa bandang huli mo katamad basahin lahat sa google mo lang naman kinuha sinamahan mo lang konti tagalog para mag mukang sayo galing.
nasa ece/it field ka? bakit ka nandito at nanghihingi ng free internet. malaki sahod ng mga yan. wag mo lokohin sarili mo. nakapag google lang ng kaunti IT na? babaan mo amats mo boy.
orange green? lols.. pinapatawa mo akoboss peace hahaha pero mali ka 2200mhz is a 3g freq hehehe at yung radio bianry ginagamit yung reciver ng sites pag may maintenance o kaya brownout kasi ang panel electric power source yan hehehe ayaw na kita sabayan mahirap na hehehe, at ang source code ng smart/pldt pala boss inclined sa hongkong yan ang alam ko hehehe pero di ako empleyado ng smart kaya humihingi ako ng mga sa kanya hehehe sa 4g pinakamataas na freq yung sinabi ko peace brad hahaha at saka ang color code ng smart sa tower boss hindi orange at white kundi orange and green ahahaha
did i say 3g or 4g? we are talking sa frequency..as i said.. 2200 mhz ang sa smart ahahaha. kasi sa 4g. 800mhz sila.. lols..
by the way nanghihingi ka ng frequency.. 24++ pero di ka worker ng smart.. lols.. enough na boss..
mali ka pa rin.. pinakamataas? 2500mhz ang pinakamataas which is globe..
sa ngayon.. pababaan ng frequency for 4g