PRODUCT 1 Page

■ 3GPP 5G NR n261

• Frequency (UL/DL)

  27.5GHz ~ 28.35GHz (850MHz BW)

• Gain (UL/DL)

  100dB /100dB

• Output power

  +23dBm @UL RF port

  +35dBm @UL EIRP

  +23dBm @DL RF port

  +35dBm @DL EIRP 

■ Basic specification

• Flexible channel bandwidth (50M/100M/200M/400M)

• Low latency (<0.5usec)

• MIMO (2T2R)

• DU : RU=1 : 4

• EVM ≤ 3.5%, RMS

• ACLR ≥ 35dBc/100MHz Offset

• Noise Figure ≤ 7dB @ Max Gain

• Switching time ≤ 200ns

• VSWR < 1.5 : 1

■ 3GPP 4G+5G multi-band

• Frequency case

  700M+1.7G+2.1G+3.5G+3.9G @Frequency case1

  900M+1.7G+2.1G+3.5G+3.9G @Frequency case2

• Frequency range (UL/DL)

  738-748/793-803MHz @700M

  900-915/945-960MHz @900M

  1750-1765/1845-1860MHz @1.7G

  1960-1980/2150-2170MHz @2.1G

  3400-3440MHz, 3560-3600MHz @3.5G

  3900-4000MHz @3.9G

• SU Types

  1.7G+2.1G+3.5G @SU TYPE1

  (700M or 900M)+3.9G @SU TYPE2

• Gain (UL/DL)

  27/23dB @700M, 900M, 1.7G, 2.1G

  27/24dB @3.5G, 3.9G

• Output  power

  0dBm @UL

  +23dBm @DL 700M, 900M, 1.7G, 2.1G

  +24dBm @DL 3.5G, 3.9G

■ Basic specification 

• MU : EU : SU=1 : 8 : 128

• Noise Figure ≤ 6dB

• EVM ≤ 3%, RMS

• System delay <6usec

• VSWR < 1.5 : 1

■ Special functions

• Uplink noise cancellation using RRC filter

• Built-in POI

• Minimized latency to cancel the interference between DAS and BTS

• 900MHz RFID interference cancellation

• Delay correction function between SU units

• TDD sync acquisition

• SU antenna monitoring function

■ 3GPP 5G multi-carrier

• Frequency (UL/DL)

  3300-3600MHz @ 4 carriers over the entire band

• Gain (UL/DL)

  30/11dB @MU-EU-LSU

  37/30dB @MU-EU-HSU

• Output  power

  -10dBm @UL 

  +21dBm/carrier, +27dBm/4carrier total @DL, MU-EU-LSU

  +40dBm/carrier, +46dBm/4carrier total @DL, MU-EU-HSU

■ Basic specification

• MU : SU=1 : 8 : 128

• Noise Figure ≤ 6dB

• EVM ≤ 3%, RMS

• System delay <6usec

• VSWR < 1.5 : 1

■ Special functions

• Uplink noise cancellation using RRC filter

• Built-in POI

• Minimized latency to cancel the interference between DAS and BTS

• Delay correction function between SU units

• TDD sync acquisition

• SU antenna monitoring function

■ 3GPP dual band (Band8+Band1)

• Frequency (UL/DL)

  900-915/945-960MHz

  1960-1980/2150-2170MHz

• Gain (UL/DL)

  70dB /70dB

• Output power (UL/DL)

  13dBm /10dBm

■ Built-in RFID/MCA frequency rejection filter

• No extra filter is necessary to get rid of interference between RFID/MCA bands

• Filter has no negative impact on system flatness due to DSP equalizing algorithm

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ 3GPP dual band (Band28+Band1)

• Frequency (UL/DL)

  738-748/793-803MHz

  1960-1980/2150-2170MHz

• Gain (UL/DL)

  70dB /70dB

• Output power (UL/DL)

  13dBm /10dBm

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ 3GPP dualband (Band3+Band1)

• Frequency (UL/DL)

  1710-1785/1805-1880MHz

  1920-1980/2110-2170MHz

• Gain (UL/DL)

  70dB /70dB

• Output power

  13dBm @UL

  15dBm @DL total, per each band

■ 3 Con-current

• Supports up to 3 independent con-current carriers at the same time over the entire band

• Supports frequency/BW setup for an arbitrary mobile carrier over the entire band

• Save CAPEX where co-site installation is necessary for multiple mobile carriers

■ Low Delay

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset 

■ 3GPP dual band (Band1+N77)

• Frequency (UL/DL)

 1960-1980/2150-2170MHz

 3900-4000MHz

• Gain (UL/DL)

 70dB /70dB

• Output power (UL/DL)

 15dBm /15dBm

■ Bandwidth sharing

• Channel BW can be divided and configured by contiguous dual-frequency blocks

• Each block can be used for 2 different communication systems

• Total band can support 3G and 4G at the same time

■ 5G TDD Home ICS solution

• First-time ever 5G TDD Home ICS product

• Optimized design of delay time for 3G/4G single band FDD configuration @Band1

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ SYNC acquisition

• TDD sync acquisition directly from downlink RF input signal

• 5G modem is not necessary for sync acquisition

■ 3GPP Band1

• Frequency (UL/DL)

 1920-1980/2110-2170MHz

• Gain (UL/DL)

 70dB /70dB

• Output power (UL/DL)

 13dBm /10dBm

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ Bandwidth sharing

• Channel BW can be divided and configured by contiguous dual-frequency blocks

• Each block can be used for 2 different communication systems

• Total band can support 3G and 4G at the same time

■ 3GPP dual band (Band1+N78)

• Frequency (UL/DL)

 1960-1980/2150-2170MHz

 3400-3440MHz, 3560-3600MHz

• Gain (UL/DL)

 70dB /70dB

• Output power (UL/DL)

 15dBm /15dBm

■ Bandwidth sharing

• Channel BW can be divided and configured by contiguous dual-frequency blocks

• Each block can be used for 2 different communication systems

• Total band can support 3G and 4G at the same time

■ 5G TDD Home ICS solution

• First-time ever 5G TDD Home ICS product

• Optimized design of delay time for 3G/4G single band FDD configuration @Band1

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ SYNC acquisition

• TDD sync acquisition directly from downlink RF input signal

• 5G modem is not necessary for sync acquisition

■ 3GPP quad band (Band28+Band3+Band1+N78)

• Frequency (UL/DL)

  703-748/758-803MHz

  890-915/935-8960MHz

  1710-1785/1805-1880MHz

  1920-1980/2110-2170MHz

• Gain (UL/DL)

  80dB /80dB

• Output power (UL/DL)

  20dBm @UL

  20dBm @DL total, per each band

■ 3 Con-current

• Up to 3 independent con-current carriers at the same time over the entire band

• Supports frequency/BW setup for an arbitrary mobile carrier over the entire band 

• Save CAPEX where co-site installation is necessary for multiple mobile carriers

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ 3GPP triple band (Band3+Band1+N78)

• Frequency (UL/DL)

  1710-1785/1805-1880MHz

  1920-1980/2110-2170MHz

  3500-3700MHz

• Gain (UL/DL)

  80dB /80dB

• Output power (UL/DL)

  20dBm @UL

  20dBm @DL total, per each band

■ 3 Con-current

• Up to 3 independent con-current carriers at the same time over the entire band

• 20dBm DL output power per each carrier

• Supports frequency/BW setup for an arbitrary mobile carrier over the entire band 

• Save CAPEX where co-site installation is necessary for multiple mobile carriers

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset

■ SYNC acquisition

• TDD sync acquisition directly from downlink RF input signal

• 5G modem is not necessary for sync acquisition

■ 3GPP dual band (Band3+Band1)

• Frequency (UL/DL)

  1710-1785/1805-1880MHz

  1920-1980/2110-2170MHz

• Gain (UL/DL)

  80dB /80dB

• Output power (UL/DL)

  20dBm @UL

  20dBm @DL total, per each band

■ 3 Con-current

• Up to 3 independent con-current carriers at the same time over the entire band

• Supports frequency/BW setup for an arbitrary mobile carrier over the entire band 

• Save CAPEX where co-site installation is necessary for multiple mobile carriers

■ Low Latency

• Optimized design of delay time for 3G/4G single band FDD configuration

• 5G sub-6 FDD NR can be covered as well thanks to minimized system delay

■ Bandwidth Setup

• Carrier information acquisition from embedded modem

• Automatic frequency configuration setup by analyzing carrier information

• Save OPEX for frequency re-farming cases such as 3G sunset 

■ Public Safety band in the U.S. (FirstNet+PS700+PS800)

• Frequency (UL/DL)  

• Class A :  

  769-775MHz /799-805MHz @PS700

  851-869MHz /806-824MHz @PS800

• Class B : 

  758-768MHz /788-798MHz @FirstNet

  769-775MHz /799-805MHz @PS700

  851-861MHz /806-816 MHz @PS800

• Gain (UL/DL)

  95dB /95dB

• Output power (UL/DL)

  30dBm /33dBm @each bands

  30dBm /36dBm @Total

■ Key features

  - Alternatively support Class A and Class B via GUI setup

  - PS-LTE on FirstNet band

  - 36 narrowband channels for each PS band

  - Improve service reliability with antenna monitoring function

■ Low profile and light weight 

  - Low profile by implementing PIMD cancellation and active digital equalizer

  - Reduced equipment weight by reducing power consumption

  - NEMA 4X certified enclosure

■ Extra features

  - Web GUI

  - Spectrum monitoring function

■ Antenna monitoring function

• Antenna service status monitoring of in-building DAS system

• Monitors whether the entire connection from donor to antenna keeps the same as they were initiated

• RMM (Remote Monitoring Module) with built-in BLE

• Periodic monitoring of connection status by transmitting hearbeat signal to donor through built-in BLE

• Energy harvesting to drive BLE without dc power supply

• Provide antenna connection status monitoring function

■ Electrical specification of RMM

• Frequency = 600M~2700MHz @CPL1

• BLE frequency = 2400M~2480MHz @CPL2

• Insertion loss <1.0 dB

• Coupling loss <10±1.0dB @CPL1, 20±1.0dB @CPL2

• BLE directivity ≥ 25 dB

• Return loss <-14dB