Transcript
DATA SHEET
SYSTEM RF PARAMETERS
UNITIVITY SYSTEM
SYSTEM BANDWIDTH
150MHz TO 2700MHz
--
SYSTEM BAND GAIN FLATNESS
±2dB
IN ANY 40MHz BAND
WIDEBAND GAIN FLATNESS
±5dB
OVER FULL FREQUENCY BANDWIDTH
GAIN
25dB (NOM)
26dB MAX
RF INPUT POWER TO SERVICE MODULE
-25dBm (MIN) TO +15dBm (MAX)
WORKING INPUT POWER
RF INPUT LEVEL – ABSOLUTE MAX
+22dBm
MAX. AT SERVICE MODULE INPUT BEFORE DAMAGE OCCURS
RF OUTPUT POWER
+32dBm PEAK, +20dBm RMS
FOR SERVICES APPROVED TO FCC
GAIN
25dB (NOM)
26dB MAX
RF INPUT LEVEL – ABSOLUTE MAX
+10dBm
MAX. AT REMOTE INPUT BEFORE DAMAGE OCCURS
RF OUTPUT POWER
-10dBm
OUTPUT POWER OF SERVICE MODULE IN HUB
DOWNLINK
UPLINK
FIBER OPTIC SPECIFICATIONS NUMBER OF OPTICAL PORTS
UP TO 8 TRANSCEIVERS IN MODULAR FORMAT ON HUB; 1 TRANSCEIVER ON REMOTE UNIT; SC CONNECTORS
WAVELENGTH
1310nm
FIBER TYPES SUPPORTED
SINGLE MODE (SM) CABLE 9/125 µm; MULTI-MODE (MM) CABLE 50µm AND 62.5µm
FIBER DISTANCE
5dBo OPTICAL LINK BUDGET, DISTANCE DEPENDENT ON FIBER TYPE & QUALITY
LASER SAFETY CLASSIFICATION
CLASS 1
CONNECTIVITY HUB INTERCONNECT (PRIMARY TO SECONDARY) FIBER SC DUPLEX CONNECTORS* REMOTE UNIT CONNECT FIBER SC DUPLEX CONNECTOR* ANTENNA CONNECTION 2 N-TYPE FEMALE CONNECTORS OR 4.3-10 MINI DIN CONNECTORS
REMOTE UNIT
SYSTEM DESCRIPTION
HIGHLIGHTS
Zinwave’s UNItivity universal wireless platform provides
Universal wireless solution supports multiple
cellular and public safety access services, delivering an
wireless services simultaneously
end-to-end all-fiber solution on a single converged system
HUB CONNECTION FIBER SC DUPLEX/POWER CONNECTOR*
within a building or venue. Zinwave’s unique wideband
*PATCH CORDS ARE REQUIRED AND CAN BE SUPPLIED WITH ANY REQUIRED CONNECTOR TYPE
architecture supports any service mix, protocol or modulation scheme from 150MHz to 2700MHz.
PHYSICAL, ELECTRICAL & ENVIRONMENTAL SPECIFICATIONS WIDTH / DEPTH / HEIGHT
WEIGHT ELECTRICAL
SYSTEM
SERVICE CONNECTION N-TYPE FEMALE CONNECTORS (BACK OF UNIT) OR 4.3-10 MINI DIN CONNECTORS
HUB UNIT
DIMENSIONS
UNITIVITY
DEPENDING ON CONFIGURATION
OPERATING TEMP
AMBIENT NON-CONDENSING
UNItivity comprises just a few core elements – a Hub, HUB UNIT
REMOTE UNIT
17.5” (444 mm) / 17.08” (430 mm) / 5.2” (132 mm) (3U)
12.12” (308mm) / 2.63” (67mm) / 8.6” (220mm)
33.3 LBS (15.10 KG) FULLY POPULATED
5.73 LBS (2.6 KG)
110 / 240V, 50/60Hz 50-150W OR 48V DC 50W
-48v DC FROM PSU OR 12v DC FROM AC SOURCE
-5 TO +45 °C (23 TO 113 °F)
0 TO +50 °C (23 TO 122 °F)
This means system design and installation is a simple
REMOTE UNIT IS A SELF-CONTAINED METALLIC ENCLOSURE
and straightforward process, with minimal disruption
APPROVED FOR USE IN ENVIRONMENTAL AIR SPACE
STANDARDS & APPROVALS EMC REGULATORY & SAFETY REQT’S
EN 55022/CISPR22; FCC PART 15 CLASS A; EUROPEAN EMC DIRECTIVE 89/336/EEC
SAFETY
IEC 60950-1; UL 60950-1; UL 2043
LASER SAFETY
BS EN 60825-1:2003 SAFETY OF LASER PRODUCTS
Service Module, Optical Module and Remote Unit. The system’s network infrastructure is standard structured cabling, broadband single mode or multi-mode fiber.
to business operations.
• Cellular • Public Safety Wideband capability in a single system
• 150MHz - 2700MHz System simplicity and flexibility
• Only four basic system elements • Single star or double star topologies Standard enterprise cabling infrastructure
• Fiber (MMF/SMF), headend to antenna • Easy to install, not disruptive • Low cost
The system supports a number of configuration topologies, making UNItivity extremely flexible. Small venues to large facilities and campuses can be easily and cost effectively supported. This, coupled with UNItivity’s wideband attributes
ORDERING INFORMATION
makes system growth for coverage of additional areas or
TO LEARN MORE ABOUT UNITIVITY
CATALOG #
ITEM DESCRIPTION
CATALOG #
ITEM DESCRIPTION
OR TO FIND A ZINWAVE SALES REP,
buildings, or for adding support for new frequencies, wireless
302-1001
HUB (AC; PRIMARY OR SECONDARY)
302-1003
SERVICE MODULE (N-TYPE)
PLEASE VISIT OUR WEBSITE:
operators or services, easily achievable at a minimal cost.
302-1101
HUB (DC; PRIMARY OR SECONDARY)
302-1003-M
SERVICE MODULE (4.3-10 MINI DIN)
ZINWAVE.COM
302-1002
OPTICAL MODULE
302-1107
REMOTE UNIT (N-TYPE)
302-0017
RACK MOUNT CENTRAL PSU
302-1107-M
REMOTE UNIT (4.3-10 MINI DIN)
Flexible and future-ready
• No system hardware required to add new operators or frequencies later
• Supports both FDD and TDD
ZINWAVE.COM ZINWAVE
DALLAS . SAN JOSE . ADELAIDE . CAMBRIDGE . CEBU . MACAU
ZINWAVE.COM
ZINWAVE
ZINWAVE.COM
HUB
PRIMARY OR SECONDARY
SERVICE
MODULE
CATALOG #302-1001 (AC) OR #302-1101 (DC)
CATALOG #302-1003 (N-TYPE) OR #302-1003-M (4.3-10 MINI DIN)
The Hub is extremely flexible, as it can be used as either a Primary
Service Modules (up to four of which can be deployed in the back of a single
or Secondary Hub. When configured as a Primary, the Hub provides
Primary Hub) provide the interface to the RF signal source i.e. BDA, BTS,
the interface to the RF source and converts RF signals to optical and
small cell, etc. The modules are hot swappable units, allowing either system
connects via fiber to either additional Hubs (when configured as
maintenance or the addition of operators or frequencies to be done
Secondary Hubs) or Remotes (in the case of a single star configuration).
without disrupting service.
Acting as a Primary, the Hub features a unique internal service distribution matrix which provides flexibility in terms of how supported wireless services are routed within a system deployment. This means specific operators or frequencies can be routed to the entire system or to designated sections of the system, depending on requirements. Acting as a Secondary, the Hub input is an optical link from a Primary
OPTICAL
MODULE
CATALOG #302-1002
Hub, and the Secondary Hub then supports fiber connections to up
The Optical Module has two functions. Firstly, if a Hub is configured as
to eight Remotes. As such, a UNItivity system can range from a single
a Secondary, the Optical Module is used to support the fiber link from
Primary Hub and Remote (a 1-1 configuration) to a maximum
the Primary Hub to the Secondary Hub (in this instance, the Optical
configuration consisting of a Primary Hub, eight associated
Module is deployed in one of the slots normally occupied by a Service
Secondary Hubs, and 64 Remotes (a 1-8-64 configuration).
Module). Secondly, the Optical Module is used to support fiber links from the Hub (either Primary or Secondary) to the Remotes. Up to
The Hub is completely modular, as it can support up to four Service
eight Optical Modules can be deployed in the Hub for this purpose,
Modules for interfacing to the RF source(s) and up to eight Optical
and they are hot swappable units to allow for system maintenance
Modules for interfacing to either Secondary Hubs or Remotes.
or adding additional Remotes with no impact to service.
CENTRAL PSU
REMOTE
RACK MOUNT
UNIT
CATALOG #302-0017
CATALOG #302-1107 (N-TYPE) OR #302-1107-M (4.3-10 MINI DIN)
The central 48v power supply unit (PSU) is used to power up to eight
The Remote Unit, which is connected to the Primary or Secondary Hub via fiber
Remote Units via Cat-5e cabling. The PSU is a 2U 19” rack mount unit,
(SMF or MMF), is typically mounted above ceiling tiles or in out-of-sight locations
typically collocated with a Hub (either primary or secondary).
as close as possible to the service area. It converts the wireless signal from optical
Connectivity from the PSU to the Remotes is achieved via standard
to RF (or vice versa) and amplifies it for transmission to or from a mobile device.
Cat-5e cabling with supported run lengths from the PSU to the
Like the rest of the system, the remote is a wideband unit capable of supporting
Remote of up to 1,000 ft (300m).
all frequencies from 150MHz to 2700MHz in any combination.
ZINWAVE.COM
ZINWAVE
ZINWAVE
ZINWAVE.COM
HUB
PRIMARY OR SECONDARY
SERVICE
MODULE
CATALOG #302-1001 (AC) OR #302-1101 (DC)
CATALOG #302-1003 (N-TYPE) OR #302-1003-M (4.3-10 MINI DIN)
The Hub is extremely flexible, as it can be used as either a Primary
Service Modules (up to four of which can be deployed in the back of a single
or Secondary Hub. When configured as a Primary, the Hub provides
Primary Hub) provide the interface to the RF signal source i.e. BDA, BTS,
the interface to the RF source and converts RF signals to optical and
small cell, etc. The modules are hot swappable units, allowing either system
connects via fiber to either additional Hubs (when configured as
maintenance or the addition of operators or frequencies to be done
Secondary Hubs) or Remotes (in the case of a single star configuration).
without disrupting service.
Acting as a Primary, the Hub features a unique internal service distribution matrix which provides flexibility in terms of how supported wireless services are routed within a system deployment. This means specific operators or frequencies can be routed to the entire system or to designated sections of the system, depending on requirements. Acting as a Secondary, the Hub input is an optical link from a Primary
OPTICAL
MODULE
CATALOG #302-1002
Hub, and the Secondary Hub then supports fiber connections to up
The Optical Module has two functions. Firstly, if a Hub is configured as
to eight Remotes. As such, a UNItivity system can range from a single
a Secondary, the Optical Module is used to support the fiber link from
Primary Hub and Remote (a 1-1 configuration) to a maximum
the Primary Hub to the Secondary Hub (in this instance, the Optical
configuration consisting of a Primary Hub, eight associated
Module is deployed in one of the slots normally occupied by a Service
Secondary Hubs, and 64 Remotes (a 1-8-64 configuration).
Module). Secondly, the Optical Module is used to support fiber links from the Hub (either Primary or Secondary) to the Remotes. Up to
The Hub is completely modular, as it can support up to four Service
eight Optical Modules can be deployed in the Hub for this purpose,
Modules for interfacing to the RF source(s) and up to eight Optical
and they are hot swappable units to allow for system maintenance
Modules for interfacing to either Secondary Hubs or Remotes.
or adding additional Remotes with no impact to service.
CENTRAL PSU
REMOTE
RACK MOUNT
UNIT
CATALOG #302-0017
CATALOG #302-1107 (N-TYPE) OR #302-1107-M (4.3-10 MINI DIN)
The central 48v power supply unit (PSU) is used to power up to eight
The Remote Unit, which is connected to the Primary or Secondary Hub via fiber
Remote Units via Cat-5e cabling. The PSU is a 2U 19” rack mount unit,
(SMF or MMF), is typically mounted above ceiling tiles or in out-of-sight locations
typically collocated with a Hub (either primary or secondary).
as close as possible to the service area. It converts the wireless signal from optical
Connectivity from the PSU to the Remotes is achieved via standard
to RF (or vice versa) and amplifies it for transmission to or from a mobile device.
Cat-5e cabling with supported run lengths from the PSU to the
Like the rest of the system, the remote is a wideband unit capable of supporting
Remote of up to 1,000 ft (300m).
all frequencies from 150MHz to 2700MHz in any combination.
ZINWAVE.COM
ZINWAVE
ZINWAVE
DATA SHEET
SYSTEM RF PARAMETERS
UNITIVITY SYSTEM
SYSTEM BANDWIDTH
150MHz TO 2700MHz
--
SYSTEM BAND GAIN FLATNESS
±2dB
IN ANY 40MHz BAND
WIDEBAND GAIN FLATNESS
±5dB
OVER FULL FREQUENCY BANDWIDTH
GAIN
25dB (NOM)
26dB MAX
RF INPUT POWER TO SERVICE MODULE
-25dBm (MIN) TO +15dBm (MAX)
WORKING INPUT POWER
RF INPUT LEVEL – ABSOLUTE MAX
+22dBm
MAX. AT SERVICE MODULE INPUT BEFORE DAMAGE OCCURS
RF OUTPUT POWER
+32dBm PEAK, +20dBm RMS
FOR SERVICES APPROVED TO FCC
GAIN
25dB (NOM)
26dB MAX
RF INPUT LEVEL – ABSOLUTE MAX
+10dBm
MAX. AT REMOTE INPUT BEFORE DAMAGE OCCURS
RF OUTPUT POWER
-10dBm
OUTPUT POWER OF SERVICE MODULE IN HUB
DOWNLINK
UPLINK
FIBER OPTIC SPECIFICATIONS NUMBER OF OPTICAL PORTS
UP TO 8 TRANSCEIVERS IN MODULAR FORMAT ON HUB; 1 TRANSCEIVER ON REMOTE UNIT; SC CONNECTORS
WAVELENGTH
1310nm
FIBER TYPES SUPPORTED
SINGLE MODE (SM) CABLE 9/125 µm; MULTI-MODE (MM) CABLE 50µm AND 62.5µm
FIBER DISTANCE
5dBo OPTICAL LINK BUDGET, DISTANCE DEPENDENT ON FIBER TYPE & QUALITY
LASER SAFETY CLASSIFICATION
CLASS 1
CONNECTIVITY HUB INTERCONNECT (PRIMARY TO SECONDARY) FIBER SC DUPLEX CONNECTORS* REMOTE UNIT CONNECT FIBER SC DUPLEX CONNECTOR* ANTENNA CONNECTION 2 N-TYPE FEMALE CONNECTORS OR 4.3-10 MINI DIN CONNECTORS
REMOTE UNIT
SYSTEM DESCRIPTION
HIGHLIGHTS
Zinwave’s UNItivity universal wireless platform provides
Universal wireless solution supports multiple
cellular and public safety access services, delivering an
wireless services simultaneously
end-to-end all-fiber solution on a single converged system
HUB CONNECTION FIBER SC DUPLEX/POWER CONNECTOR*
within a building or venue. Zinwave’s unique wideband
*PATCH CORDS ARE REQUIRED AND CAN BE SUPPLIED WITH ANY REQUIRED CONNECTOR TYPE
architecture supports any service mix, protocol or modulation scheme from 150MHz to 2700MHz.
PHYSICAL, ELECTRICAL & ENVIRONMENTAL SPECIFICATIONS WIDTH / DEPTH / HEIGHT
WEIGHT ELECTRICAL
SYSTEM
SERVICE CONNECTION N-TYPE FEMALE CONNECTORS (BACK OF UNIT) OR 4.3-10 MINI DIN CONNECTORS
HUB UNIT
DIMENSIONS
UNITIVITY
DEPENDING ON CONFIGURATION
OPERATING TEMP
AMBIENT NON-CONDENSING
UNItivity comprises just a few core elements – a Hub, HUB UNIT
REMOTE UNIT
17.5” (444 mm) / 17.08” (430 mm) / 5.2” (132 mm) (3U)
12.12” (308mm) / 2.63” (67mm) / 8.6” (220mm)
33.3 LBS (15.10 KG) FULLY POPULATED
5.73 LBS (2.6 KG)
110 / 240V, 50/60Hz 50-150W OR 48V DC 50W
-48v DC FROM PSU OR 12v DC FROM AC SOURCE
-5 TO +45 °C (23 TO 113 °F)
0 TO +50 °C (23 TO 122 °F)
This means system design and installation is a simple
REMOTE UNIT IS A SELF-CONTAINED METALLIC ENCLOSURE
and straightforward process, with minimal disruption
APPROVED FOR USE IN ENVIRONMENTAL AIR SPACE
STANDARDS & APPROVALS EMC REGULATORY & SAFETY REQT’S
EN 55022/CISPR22; FCC PART 15 CLASS A; EUROPEAN EMC DIRECTIVE 89/336/EEC
SAFETY
IEC 60950-1; UL 60950-1; UL 2043
LASER SAFETY
BS EN 60825-1:2003 SAFETY OF LASER PRODUCTS
Service Module, Optical Module and Remote Unit. The system’s network infrastructure is standard structured cabling, broadband single mode or multi-mode fiber.
to business operations.
• Cellular • Public Safety Wideband capability in a single system
• 150MHz - 2700MHz System simplicity and flexibility
• Only four basic system elements • Single star or double star topologies Standard enterprise cabling infrastructure
• Fiber (MMF/SMF), headend to antenna • Easy to install, not disruptive • Low cost
The system supports a number of configuration topologies, making UNItivity extremely flexible. Small venues to large facilities and campuses can be easily and cost effectively supported. This, coupled with UNItivity’s wideband attributes
ORDERING INFORMATION
makes system growth for coverage of additional areas or
TO LEARN MORE ABOUT UNITIVITY
CATALOG #
ITEM DESCRIPTION
CATALOG #
ITEM DESCRIPTION
OR TO FIND A ZINWAVE SALES REP,
buildings, or for adding support for new frequencies, wireless
302-1001
HUB (AC; PRIMARY OR SECONDARY)
302-1003
SERVICE MODULE (N-TYPE)
PLEASE VISIT OUR WEBSITE:
operators or services, easily achievable at a minimal cost.
302-1101
HUB (DC; PRIMARY OR SECONDARY)
302-1003-M
SERVICE MODULE (4.3-10 MINI DIN)
ZINWAVE.COM
302-1002
OPTICAL MODULE
302-1107
REMOTE UNIT (N-TYPE)
302-0017
RACK MOUNT CENTRAL PSU
302-1107-M
REMOTE UNIT (4.3-10 MINI DIN)
Flexible and future-ready
• No system hardware required to add new operators or frequencies later
• Supports both FDD and TDD
ZINWAVE.COM ZINWAVE
DALLAS . SAN JOSE . ADELAIDE . CAMBRIDGE . CEBU . MACAU
ZINWAVE.COM
ZINWAVE
