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Difference between revisions of "Globe Telecom"
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→4G (LTE): update of Globe's LTE Band 38
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(→4G (LTE): update of Globe's LTE Band 38) |
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The first value is the 900MHz (E-GSM) block. If Cell ID starts with 7 or 8: | The first value is the 900MHz (E-GSM) block. If Cell ID starts with 7 or 8: | ||
{| | <div class="table-responsive"> | ||
| '''Sector ID''' || '''Frequency Band''' || '''Direction''' | {|class="wikitable table table-bordered" | ||
|- | |||
!'''Sector ID''' || '''Frequency Band''' || '''Direction''' | |||
|- | |- | ||
| 1 || 900MHz (E-GSM) || North | | 1 || 900MHz (E-GSM) || North | ||
| Line 15: | Line 17: | ||
| 3 || 900MHz (E-GSM) || West southwest | | 3 || 900MHz (E-GSM) || West southwest | ||
|} | |} | ||
</div> | |||
The second value is the 1800 MHz (DCS) block. So 1 and 4, 2 and 5, and 3 and 6 face the same direction. If Cell ID starts with 7 or 8: | The second value is the 1800 MHz (DCS) block. So 1 and 4, 2 and 5, and 3 and 6 face the same direction. If Cell ID starts with 7 or 8: | ||
{| | <div class="table-responsive"> | ||
| '''Sector ID''' || '''Frequency Band''' || '''Direction''' | {|class="wikitable table table-bordered" | ||
|- | |||
!'''Sector ID''' || '''Frequency Band''' || '''Direction''' | |||
|- | |- | ||
| 1 || 1800 MHz (DCS) || North | | 1 || 1800 MHz (DCS) || North | ||
| Line 27: | Line 32: | ||
| 3 || 1800 MHz (DCS) || West southwest | | 3 || 1800 MHz (DCS) || West southwest | ||
|} | |} | ||
</div> | |||
If Cell ID isn't starting with 7 or 8 sectors are named randomly mostly with a number from 0-9. | If Cell ID isn't starting with 7 or 8 sectors are named randomly mostly with a number from 0-9. | ||
==3G (UMTS)== | ==3G (UMTS)== | ||
Globe has 2 UMTS blocks in use. Globe uses 900MHz (E-GSM) and 2100 MHz (IMT) spectrum for 3G. In some areas, Globe has migrated from 3G to 4G LTE to allow more bandwidth, such as LTE Band 8. | Globe has 2 UMTS blocks in use. Globe uses 900MHz (E-GSM) and 2100 MHz (IMT) spectrum for 3G. In some areas, Globe has migrated from 3G to 4G LTE to allow more bandwidth, such as LTE Band 8. Globe 3G network were sunsetted in the end of 2022. | ||
=== Cell ID Layout === | === Cell ID Layout === | ||
{| | |||
| '''Sector ID''' || '''Frequency Band''' || '''Direction''' | <div class="table-responsive"> | ||
{|class="wikitable table table-bordered" | |||
|- | |||
!'''Sector ID''' || '''Frequency Band''' || '''Direction''' | |||
|- | |- | ||
| 1,4 || 2100 MHz (IMT) || North | | 1,4 || 2100 MHz (IMT) || North | ||
| Line 43: | Line 52: | ||
| 3,6 || 2100 MHz (IMT) || West southwest | | 3,6 || 2100 MHz (IMT) || West southwest | ||
|} | |} | ||
</div> | |||
The second value is the 900MHz (E-GSM) block. So 1 and 4, 2 and 5, and 3 and 6 face the same direction. | The second value is the 900MHz (E-GSM) block. So 1 and 4, 2 and 5, and 3 and 6 face the same direction. | ||
{| | <div class="table-responsive"> | ||
| '''Sector ID''' || '''Frequency Band''' || '''Direction''' | {|class="wikitable table table-bordered" | ||
|- | |||
!'''Sector ID''' || '''Frequency Band''' || '''Direction''' | |||
|- | |- | ||
| 7 || 900MHz (E-GSM) || North | | 7 || 900MHz (E-GSM) || North | ||
| Line 55: | Line 67: | ||
| 9 || 900MHz (E-GSM) || West southwest | | 9 || 900MHz (E-GSM) || West southwest | ||
|} | |} | ||
</div> | |||
==4G (LTE)== | ==4G (LTE)== | ||
Globe has 7 LTE blocks in use. Globe has deployed LTE on 700 MHz (APT B28) 15 MHz/20MHz, 900 MHz (E-GSM B8) 10 MHz, 1800 MHz (DCS B3) 10 MHz, 2100 MHz (IMT B1) 10 MHz, 2300 MHz (WCS B40) 15 MHz and 2500 MHz (BRS/EBS B41) 10 MHz/20 MHz. DCS is Globe's primary LTE band. It was used exclusively during Globe's initial LTE deployment in 2012. Globe also owns 20 MHz of 2600MHz (IMT-E B38) used for additional capacity via MFBI (or Multiple Frequency Band Indicator). | Globe has 7 LTE blocks in use. Globe has deployed LTE on 700 MHz (APT B28) 15 MHz/20MHz, 900 MHz (E-GSM B8) 10 MHz, 1800 MHz (DCS B3) 10 MHz, 2100 MHz (IMT B1) 10 MHz, 2300 MHz (WCS B40) 15 MHz and 2500 MHz (BRS/EBS B41) 10 MHz/20 MHz. DCS is Globe's primary LTE band. It was used exclusively during Globe's initial LTE deployment in 2012. Globe also owns 20 MHz of 2600MHz (IMT-E B38) used for additional capacity via MFBI (or Multiple Frequency Band Indicator) but only for some devices (e.g. Samsung Galaxy S22 Ultra 5G) had LTE Band 38 enabled. | ||
=== Cell ID Layout === | === Cell ID Layout === | ||
<div class="table-responsive"> | |||
{| | {|class="wikitable table table-bordered" | ||
| '''Sector ID''' || '''Frequency Band''' || '''Direction''' | |- | ||
!'''Sector ID''' || '''Frequency Band''' || '''Direction''' | |||
|- | |- | ||
| 1 || 1800 MHz (DCS) || North (all sites) | | 1 || 1800 MHz (DCS) || North (all sites) | ||
| Line 192: | Line 206: | ||
| 194 || 2100 MHz (IMT; 4th carrier) || West (only present on 4 sector sites) | | 194 || 2100 MHz (IMT; 4th carrier) || West (only present on 4 sector sites) | ||
|} | |} | ||
</div> | |||
==5G (NR)== | ==5G (NR)== | ||
Globe has 2 5G NR blocks in use. Globe deployed NR on 2500 MHz (BRS/EBS B41) via DSS (or Dynamic Spectrum Sharing) and 60 MHz of 3500 MHz (C-band n78). n78 is Globe's primary NR band. | Globe has 2 5G NR blocks in use. Globe deployed NR on 2500 MHz (BRS/EBS B41) via DSS (or Dynamic Spectrum Sharing) and 60 MHz of 3500 MHz (C-band n78). n78 is Globe's primary NR band. | ||