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01

CN-ANT-OMNI-KIT

Omni-directional external antenna, 2-port for Celona outdoor access point

Part Number CN-ANT-OMNI-KIT

Includes two surge protectors and two LMR400 120” / 3m antenna cables. Two required per Celona outdoor AP.

Electrical
Frequency range 3300-3800 MHz
Polarization Vertical and Horizontal
Gain 13 dBi
Elevation 3dB beamwidth 7 °
Electrical Downtilt 1 °
VSWR < 2:1
Return loss > 10 dB
Cross-pol ratio > 20 dB
V-H port isolation > 30 dB
Input power 50 W max per port
Impedance 50 Ω
Connector Type Type N Female x 2
Mechanical
Dimensions 33” x 6” x 5” 83.8 x 15.2 x 12.7cm
Weight 5 lb / 2.27 kg
Mounting method Mast
Mounting pole dia 1.6" - 2.4” 4.1cm - 6.1cm
Radome material UV resistant PVC
Environmental
Temperature range -40° to +65° C / +150° F
Wind speed 210 km/h / 130 mph
UV protection UV resistant PVC
Ingress protection IP55 rain resistant
Lightning protection DC Ground
Ds16 p4 img2
Azimuth patterns
Ds16 p4 img5
Elevation patterns
Ds16 p4 img4
VSWR
Ds16 p4 img3
Gain

02

CN-ANT-33D-KIT

33-degree sectorized, 2-port external antenna for Celona outdoor access point

3.5 GHz to 4.2 GHz, 33 Degree Sector Antenna, 18.8 dBi, 2-Port, ±45 Slant

  • 4° fixed electrical downtilt
  • ProLine sector with stable and high gain
  • Interference mitigation with azimuth and elevation side-lobe suppression
  • Includes two surge protectors and two LMR400 120” / 3m antenna cables.
  • Two required per Celona outdoor AP.
Electrical Specification
Frequency Band MHz 3500-3800 3800-4200
Gain dBi 18.5±0.2 18.8±0.3
Polarization Slant (±45°) Slant (±45°)
Horizontal HPBW Degree 35±1 33±1
Horizontal Squint Degree ±0.5 ±0.5
Vertical HPBW Degree 8.5±0.5 7.8±0.4
Electrical Downtilt Degree 4 4
Front-to-Back Ratio @ 180°±30° dB 35 33
Upper Side Lobe Suppression (+20°) dB 15 15
Cross-polarization Ratio over HPBW dB 15 13
VSWR 1.3 typ | 1.5 max 1.3 typ | 1.5 max
Return Loss dB 17 typ | 14 max 17 typ | 14 max
Port-to-Port Isolation dB 30 25
Max. Input Power per Port W 50 50
Impedance Ohms 50 50
Bracket Specification
Material Type Powder Coated High- Strength Aluminium
Mechanical Tilt (Degree) -1 to +18 (Slot 1) -7 to +11 (Slot 2)
Mounting Type Pipe Mount
Mounting pole diameter 1.9cm - 11.4cm / 0.75" - 4.5"
Antenna-to-Pipe Distance 12.1cm / 4.8"
Bracket-to- Bracket Distance 47cm / 18.5"
Mechanical Specifications
RF Connector Type N-Type Female
RF Connector Quantity 2
RF Connector Position Bottom of radome
Electrical Grounding RF connector grounded to reflector and bracket
Radome Material UV resistant PVC
Reflector Material Fully-Enclosed Aluminium
Ingress Protection IP55 rain and dust resistant
Wind Load, frontal 135N @ 160km/h | 30lbf @ 100mph
Max. Wind Speed 160km/h | 100mph
Temperature Range -40° to +60° C | -40° to +140° F
Sector Dimensions
Length 58.5cm / 23.0”
Width 17.4cm / 6.9”
Height 7.9cm / 3.1”
Net Weight, with brackets 5.7 kg / 12.5 lb
Shipping Dimensions
Length 102cm / 40”
Width 36cm / 14”
Height 36cm / 14”
Net Weight 7.3 kg / 16 lb
Measurement definitions
HPBW Average and variation of the antenna’s 3dB beamwidth (half power beamwidth) in its horizontal (Azimuth) or vertical (Elevation) pattern.
Horizontal Squint Angle in the antenna’s azimuth pattern in which the maximum gain occurs. Reported is the maximum variation in the frequency band.
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain and variation in each frequency band.
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Upper Side Lobe Suppression The maximum value for the antenna’s elevation upper side lobes from the main beam to +20°.
Cross-polarization Ratio over HPBW (dB) Maximum difference between the co-polarization and cross-polarization gain across the sector’s HPBW. diameter
Ds16 p6 img6
45 Slant - Azimuth Pattern
Ds16 p6 img9
45 Slant - Elevation Pattern
Ds16 p6 img8
Frequency - Reuse one
Ds16 p6 img7
ABAB Channel Reuse

03

CN-ANT-90D-KIT

90-degree sectorized, 2-port external antenna for Celona outdoor access point

2-port sector antenna, 3300-3800 MHz, 90° HPBW

  • High gain and slant dual polarization
  • Simultaneously maximize coverage and minimize interference
  • Ideal for 3-sector frequency-reuse one with LTE equipment
  • Includes two surge protectors and two LMR400 120” / 3m antenna cables.
  • Two required per Celona outdoor AP.
Electrical Specification
Frequency Band MHz 3300-3550 3550-3800
Gain dBi 16.7±0.25 16.5±0.25
Polarization Slant (±45°) Slant (±45°)
Horizontal HPBW Degree 85±2 90±2
Horizontal Skew Degree ±2 ±3
Vertical HPBW Degree 7±0.25 6.5±0.25
Electrical Downtilt Degree 2 3.5
Front-to-Back Ratio @ 180° dB 31 35
Front-to-Back Ratio @ 180°±30° dB 28 28
Cross-polarization Ratio at Boresight dB 25 23
Cross-polarization Ratio over HPBW dB 20 17
VSWR 1.5 typ | 1.7 max 1.3 typ | 1.5 max
Return Loss dB 14 typ | 12 max 18 typ | 14 max
Port-to-Port Isolation dB 25 30
Max. Input Power per Port W 50 50
Impedance Ohms 50 50
Bracket Specification
Material Type Hot Dipped Galvanized Steel
Mechanical Tilt (Degree) -4 - 16
Mounting Type Pipe Mount
Mounting pole diameter 2.5cm - 8.9cm / 1.25" - 3.5"
Antenna-to-Pipe Distance 13.1cm / 5"
Bracket-to-Bracket Distance 49cm / 19"
Mechanical Specifications
RF Connector Type Type N Female
RF Connector Quantity 2
RF Connector Position Bottom of radome
Electrical Grounding RF connector grounded to reflector and mounting bracket
Radome Material UV resistant PVC
Ingress Protection IP55 rain and dust resistant
Wind Load, frontal 240N @ 160km/h | 54 lbf @ 100mph
Max. Wind Speed 160km/h | 100mph
Temperature Range -40° to +60° C | -40° to +140° F
Sector Dimensions
Length 71cm / 27”
Width 27.9cm / 11”
Height 8.9cm / 3.5”
Net Weight, with brackets 3.2 kg / 10 lb
Shipping Dimensions
Length 102cm / 40”
Width 36cm / 14”
Height 36cm / 14”
Net Weight 8.2 kg / 18lb
Measurement definitions
HPBW Average and variation of the antenna’s 3dB beamwidth (half power beamwidth) in its horizontal (Azimuth) or vertical (Elevation) pattern.
Azimuth Skew Angle in the antenna’s azimuth pattern in which the maximum gain occurs. Reported is the maximum variation in the frequency band.
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain and variation in each frequency band.
Front to Back Ratio @ 180° Difference between the antenna’s maximum gain and the gain directly behind the antenna (θ=180°).
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Cross polarization at boresight Difference between the co-polarization and cross-polarization gain at 0° (boresight).
Cross-polarization Ratio over HPBW (dB) Maximum difference between the co-polarization and cross-polarization gain across the sector’s HPBW.
Ds16 p9 img15
Port
Ds16 p9 img14
Port
Ds16 p9 img13
Frequency-Reuse One
Ds16 p9 img12
ABAB Channel Reuse
Ds16 p9 img10
1 - 45 Slant
Ds16 p9 img11
2 + 45 Slant

04

CN-ANT-120D-KIT

120-degree sectorized, 2-port external antenna for Celona outdoor access point

2-port sector antenna, 3300-3800 MHz, 120° HPBW

  • High gain and slant dual polarization
  • Simultaneously maximize coverage and minimize interference
  • Ideal for 2-sector frequency-reuse one with LTE equipment
  • Includes two surge protectors and two LMR400 120” / 3m antenna cables.
  • Two required per Celona outdoor AP.
Electrical Specification
Frequency Band MHz 3300-3550 3550-3800
Gain dBi 15±0.25 16.5±0.25
Polarization Slant (±45°) Slant (±45°)
Horizontal HPBW Degree 115±5 90±2
Horizontal Squint Degree ±4 ±3
Vertical HPBW Degree 8±1 6.5±0.25
Electrical Downtilt Degree 3.5 3.5
Front-to-Back Ratio @ 180° dB 35 35
Front-to-Back Ratio @ 180°±30° dB 28 28
Cross-polarization Ratio at Boresight dB 25 23
Cross-polarization Ratio over HPBW dB 15 17
VSWR 1.7 typ | 2 max 1.3 typ | 1.5 max
Return Loss dB 12 typ | 10 max 18 typ | 14 max
Port-to-Port Isolation dB 20 30
Max. Input Power per Port W 50 50
Impedance Ohms 50 50
Bracket Specification
Material Type Hot Dipped Galvanized Steel
Mechanical Tilt (Degree) -4 - 15
Mounting Type Pipe Mount
Mounting pole diameter 2.5cm - 8.9cm / 1.25" - 3.5"
Antenna-to-Pipe Distance 12.7cm / 5"
Bracket-to-Bracket Distance 54.6cm / 21.5"
Mechanical Specifications
RF Connector Type Type N Female
RF Connector Quantity 2
RF Connector Position Bottom of radome
Electrical Grounding RF connector grounded to reflector and mounting bracket
Radome Material UV resistant PVC
Ingress Protection IP55 rain and dust resistant
Wind Load, frontal 220N @ 160km/h | 49lbf @ 100mph
Max. Wind Speed 160km/h | 100mph
Temperature Range -40° to +60° C | -40° to +140° F
Sector Dimensions
Length 73.6cm / 29”
Width 17.8cm / 7”
Height 8.9cm / 3.5”
Net Weight, with brackets 5 kg / 11 lb
Shipping Dimensions
Length 102cm / 40”
Width 36cm / 14”
Height 36cm / 14”
Net Weight 9.5 kg / 21 lb
Measurement definitions
HPBW Average and variation of the antenna’s 3dB beamwidth (half power beamwidth) in its horizontal (Azimuth) or vertical (Elevation) pattern.
Horizontal Squint Angle in the antenna’s azimuth pattern in which the maximum gain occurs. Reported is the maximum variation in the frequency band.
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain and variation in each frequency band.
Front to Back Ratio @ 180° Difference between the antenna’s maximum gain and the gain directly behind the antenna (θ=180°).
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Cross polarization at boresight Difference between the co-polarization and cross-polarization gain at 0° (boresight).
Cross-polarization Ratio over HPBW (dB) Maximum difference between the co-polarization and cross-polarization gain across the sector’s HPBW.
Ds16 p12 img21
Port 1 - 45 Slant
Ds16 p12 img20
Port 2 + 45 Slant
Ds16 p12 img18
Gain
Ds16 p12 img17
Frequency-Reuse One
Ds16 p12 img16
Three Sector Deployment
Ds16 p12 img19
VSWR

05

CN-ANT-65D-KIT

65-degree sectorized, 2-port external antenna for Celona outdoor access point

2-port sector antenna, 3300-3800 MHz, 65° HPBW

  • High gain and slant dual polarization
  • Simultaneously maximize coverage and minimize interference
  • Ideal for 3-sector frequency-reuse one with LTE equipment
  • Includes two surge protectors and two LMR400 120” / 3m antenna cables
  • Two required per Celona outdoor AP
Electrical Specification
Frequency Band MHz 3300-3550 3550-3800
Gain dBi 17.3 ± 0.4 17.7 ± 0.4
Polarization Slant (±45°) Slant (±45°)
Horizontal HPBW Degree 65 ± 2 62 ± 2
Horizontal Skew Degree ± 2 ± 2
Vertical HPBW Degree 7 ± 0.5 6.5 ± 0.5
Electrical Downtilt Degree 3.5 3
Front-to-Back Ratio @ 180° dB 35 38
Front-to-Back Ratio @ 180°±30° dB 30 35
Cross-polarization Ratio at Boresight dB 18 20
Cross-polarization Ratio over HPBW dB 13 14
VSWR dB 1.5 typ | 2 max 1.5 typ | 1.7 max
Return Loss 14 typ | 10 max 14 typ | 12 max
Port-to-Port Isolation dB 20 25
Max. Input Power per Port W 50 50
Impedance Ohms 50 50
Bracket Specification
Material Type Hot Dipped Galvanized Steel
Mechanical Tilt (Degree) -4 - 16
Mounting Type Pipe Mount
Mounting pole diameter 2.5cm - 8.9cm / 1.25" - 3.5"
Antenna-to-Pipe Distance 13.1cm / 5"
Bracket-to-Bracket Distance 49cm / 19"
Mechanical Specifications
RF Connector Type Type N Female
RF Connector Quantity 2
RF Connector Position Bottom of radome
Electrical Grounding RF connector grounded to reflector and mounting bracket
Radome Material UV resistant PVC
Ingress Protection IP55 rain and dust resistant
Wind Load, frontal 170N @ 160km/h | 38 lbf @ 100mph
Max. Wind Speed 160km/h | 100mph
Temperature Range -40° to +60° C | -40° to +140° F
Sector Dimensions
Length 73.6cm / 29”
Width 17cm / 7”
Height 8.9cm / 3.5”
Net Weight, with brackets 4.5 kg / 10lb
Shipping Dimensions
Length 102cm / 40”
Width 36cm / 14”
Height 36cm / 14”
Net Weight 8.2 kg / 16 lb
Measurement definitions
HPBW Average and variation of the antenna’s 3dB beamwidth (half power beamwidth) in its horizontal (Azimuth) or vertical (Elevation) pattern.
Azimuth Skew Angle in the antenna’s azimuth pattern in which the maximum gain occurs. Reported is the maximum variation in the frequency band.
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain and variation in each frequency band.
Front to Back Ratio @ 180° Difference between the antenna’s maximum gain and the gain directly behind the antenna (θ=180°).
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Cross polarization at boresight Difference between the co-polarization and cross-polarization gain at 0° (boresight).
Cross-polarization Ratio over HPBW (dB) Maximum difference between the co-polarization and cross-polarization gain across the sector’s HPBW.
Ds16 p15 img23
Azimuth Pattern
Ds16 p15 img22
Elevation Pattern
Ds16 p15 img24
Frequency-Reuse One
Ds16 p15 img25
ABAB Channel Reuse
Ds16 p15 img26
Port
Ds16 p15 img27
Port

06

CN-ANT-90D-4P

90-degree sectorized, 4-port external antenna for Celona outdoor access point

4-port sector antenna, 3300-3800 MHz, 90° HPBW

  • High gain and slant dual polarization
  • Simultaneously maximize coverage and minimize interference
  • Ideal for 4-sector frequency-reuse two with LTE equipment and CBRS deployments
  • Includes four surge protectors and four LMR400 120” / 3m antenna cables
  • One required per Celona outdoor AP
Electrical Specification
Frequency Band MHz 3300-3550 3550-3800
Gain dBi 16.5 ± 0.5 17 ± 0.3
Polarization Slant (±45°) Slant (±45°)
Horizontal HPBW Degree 95 ± 5 90 ± 5
Horizontal Skew Degree ±3 ±3
Vertical HPBW Degree 6.5 ± 0.3 6 ± 0.3
Electrical Downtilt Degree 0 0
Front-to-Back Ratio @ 180°±30° dB 30 30
Cross-polarization Ratio over HPBW dB 15 14
VSWR 1.5 typ | 2 max 1.5 typ | 1.7 max
Return Loss dB 14 typ | 10 max 14 typ | 12 max
Port-to-Port Isolation dB 25 25
Max. Input Power per Port W 50 50
Impedance Ohms 50 50
Bracket Specification
Material Type Power Coated Steel
Mechanical Tilt (Degree) -2 - 8
Mounting Type Pipe Mount
Mounting pole diameter 2.5cm - 8.9cm / 1.25" - 3.5"
Antenna-to-Pipe Distance 7.6cm / 3"
Bracket-to-Bracket Distance 52.4cm / 20.6"
Mechanical Specifications
RF Connector Type Type N Female
RF Connector Quantity 4
RF Connector Position Bottom of radome
Electrical Grounding RF connector grounded to reflector and mounting bracket
Radome Material UV resistant PVC
Ingress Protection IP55 rain and dust resistant
Wind Load, frontal 240N @ 160km/h | 54 lbf @ 100mph
Max. Wind Speed 160km/h | 100mph
Temperature Range -40° to +60° C | -40° to +140° F
Sector Dimensions
Length 72cm / 28.3”
Width 27.9cm / 11”
Height 8.9cm / 3.5”
Net Weight, with brackets 10 kg / 22 lb
Shipping Dimensions
Length 102cm / 40”
Width 36cm / 14”
Height 36cm / 14”
Net Weight 13.6 kg / 30lb
Measurement definitions
HPBW Average and variation of the antenna’s 3dB beamwidth (half power beamwidth) in its horizontal (Azimuth) or vertical (Elevation) pattern.
Azimuth Skew Angle in the antenna’s azimuth pattern in which the maximum gain occurs. Reported is the maximum variation in the frequency band.
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain and variation in each frequency band.
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Cross-polarization Ratio over HPBW (dB) Maximum difference between the co-polarization and cross-polarization gain across the sector’s HPBW.
Ds16 p18 img28
Azimuth Pattern
Ds16 p18 img29
Elevation Pattern
Ds16 p18 img32
Port
Ds16 p18 img30
Frequency-Reuse One
Ds16 p18 img31
ABAB Channel Reuse

07

CN-ANT-GPS-KIT

Industrial grade GPS/GLNSS external timing antenna for Celona indoor access point

1.574 GHz to 1.61 GHz, 32 dBi GPS/GLNSS Timing Antenna

  • High Selectivity Dual Filter RF Architecture • 0.75” NPT and 1”-14 Marine Mount Compatible
  • Eliminated high Power RFI Operating within • UV Resistant / Cool Gray for Reduced Visibility Multi-Located Base Station Environment
  • Mounts to standard pipe up to 1-0.5”
  • Impact Resistant ASA Radome
  • High grade stainless steel and Dacron
  • Rugged Die-Cast Aluminum Base plated steel mounting clamps
  • Integrated Bulkhead, TNC Jack • Includes surge protector, cables (75ft, 15ft) and mounting brackets
  • IP67 Rated
Electrical Specification Minimum Typical Maximum
Frequency Range MHz 1,574 1,610
Output VSWR 2:1
Impedance Ohms 50
Gain dBi 32
Gain Variation dBi ±3
Noise Figure dB 3.1 3.5
Out Of Band Rejection dB 70
Operating DC Voltage Volts 2.7 5.5
Current mA 7 15
Mechanical Specifications
Connector Type TNC Female
Housing Plating / Color Gray
Mounting Application 0.75’’ NPT 316 SS Pipe
Operating Range -40 °C to +85 °C
Data Wind Survivability CN-ANT Sheet 150 MPH (241.4 KPH) -GPS-KIT, industrial grade GPS/GLNSS exte
timing a Humidity ntenna for Celona indoor access point 95%
Unit Dimensions
Base Diameter 8.9cm / 3.5”
Height 12.4cm / 4.9”
Weight 6.8 kg / 15 lb
Shipping Dimensions
Length 30.5cm / 12”
Width 30.5cm / 12”
Height 25.4cm / 10”
Net Weight 6.8 kg / 15 lb
Measurement definitions
Electrical Downtilt Angle in the antenna’s elevation pattern in which the maximum gain occurs.
Gain Antenna’s average gain.
Front to Back Ratio @ 180°±30° Difference between the antenna’s maximum gain and the maximum gain in the antenna’s back lobe over ±30° angles.
Cross polarization Ration (dB) Typical difference between the co-polarization and cross-polarization gain across the sector’s 3 dB Beam width.
Ds16 p20 img33
Typical Radiation Pattern - 1575 MHz
Ds16 p20 img34
Typical Radiation Pattern - 1615 MHz

08

CN-PTP-GM-KIT

PTP Grandmaster Clock to be used in indoor deployments for access points to be phase synchronized

PTP Grandmaster Clock designed for small cell, 4G and 5G deployments

  • IEEE-1588 PTP Grandmaster Clock
    • Multiple PTP Profiles (G.8265.1, G.8275.1, G.8275.2, Telecom-2008 Profile, 802.1AS, Enterprise Profile, Broadcast Profile SMPTE)
  • Multi-Constellation (GPS, GLONASS, Beidou & Galileo)
  • 15ns (1-sigma) time accuracy relative to GNSS reference
  • Includes power adapter, bullet 360 antenna, 75-ft & 12-ft cables and surge protector
  • Holdover of ±1.5us over 4hours (constant temperature and when locked to GPS for 7 days)
  • Inputs: GNSS, 1588-PTP and SyncE
  • Outputs: 1588-PTP, NTP, SyncE, PPS, and 10MHz
  • Dedicated management port (1xRJ45)
  • Network Management: SNMP, Web UI, CLI
  • VLAN support
  • IPv4 and IPv6
General Specifications
Inputs GNSS, 1588-PTP, SyncE
Outputs PPS, 10MHz, NTP, PTP, SyncE
Ethernet Ports 1x Mgmt RJ45 1x 1G SFP 1x 1G RJ45
Protocols PTP, NTP & SyncE
GNSS Antenna SMA
Protocols: IEEE-1588 (PTP), NTPv4, SyncE, IPv4, IPv6, TELNET, SFTP, SSH, RADIUS, TACACS+, SNMP, DAYTIME, TIME
Network management SNMPv2, v3, HTTPS, CLI
User Interfaces: CLI : Monitoring and Management Web UI :Monitoring and Management
Regulatory & Standards
Operating Temperature -40°C to +85°C
Operating Humidity 5%-95% RH non-condensing (+60°C)
Storage temperature -55°C to +105°C
Safety & Health UL EN 62368-1 CE, CISPR32 class A GR-63; Level 3 ETSI (EN55032/EN55024) EN 300019, Class T3.2
Electrical EMC, ESD Immunity & susceptibility FCC Part 15 Class B / ICES 003 Class-B Korea KN32 / KN35 Class A EN 301 489-1, EN 301 489-19 EN 303 413 IEEE 1613-1 Telcordia GR-1089
Synchronization: ITU: G.8265.x, G.8275.x (PRTC/T-GM) IEEE : PTP (IEEE 1588v2) IETF :NTPv4 (RFC5905)
Product compliance: 2014/53/EU (RED Directive) 2011/65/EU (RoHS2 Directive) 2012/19/EU (WEEE Directive)
Performance
Time of day accuracy 15ns (1-sigma) reference GNSS
Time stamp accuracy <10 ns rms
Frequency accuracy 1.16x10^(-12) (one day ave.) Holdover: <1x10^(-10) /24hrs
Tracking to GPS <15ns (locked) Holdover: < ±1.5μs/4hrs (7 days locked)
Power consumption 5W average, 10W maximum
Physical Characteristics
Length 20.8cm / 8.2”
Width 20cm / 7.9”
Height 4.4cm / 1.7”
Weight 3kg / 6 lb
Power
DC Power, dual feed -36VDC to -72VDC
Current consumption 330mA (max)

09

C-PTP-GM-PLUS-KIT

Scalable PTP Grandmaster Clock for indoor deployments, supporting phase synchronization for up to 100 access points

PTP Grandmaster Clock designed for small cell, 4G and 5G deployments

  • IEEE-1588 PTP Grandmaster Clock
    • Supports multiple PTP Profiles: ITU-T G.8265.1, G.8275.1, G.8275.2, Telecom-2019 Profile, IEEE 802.1AS, Enterprise Profile, Power Profile (C37.238 2011, C37.238-2017)Multi-Constellation (GPS, GLONASS, Beidou & Galileo)
  • GNSS Precision Timing
    • Dual-frequency GNSS (L1 & L5)
    • Multi-Constellation support (GPS, GLONASS, Beidou, Galileo)
    • <5ns (1-sigma) time stability when tracking GNSS
    • Anti-jamming and anti-spoofing features
  • Timing Accuracy and Holdover
    • 5ns time stability relative to GNSS reference
    • Holdover: ±1.5µs over 4 hours (when locked to GPS for 7 days)
  • I/O and Connectivity
    • Inputs: GNSS Antenna, 1588-PTP, PPS, SyncE
    • Outputs: 1588-PTP, NTP, SNTP, SyncE, PPS, ToD, 10MHz
    • Ethernet Ports: 4 x 1G/10G SFP+, 2 x 10/100/1000 BASE-T RJ45 (PoE+ available on ETH0)
    • SMA connectors for GNSS Antenna, PPS_IN, PPS_OUT, CLK, FREQ, ToD
  • Network Management and Protocols
    • Management: SNMPv2/v3, Web UI (HTTPS), CLI, NETCONF, RESTCONF
    • Protocols: PTP (IEEE 1588v2.1), NTPv4, SNTPv4, SyncE, IPv4, IPv6
  • Physical Characteristics
    • Compact 19” half-rack form factor (1U) - 20.8 x 20 x 4.4 cm
    • Dual DC Power (-36VDC to -72VDC), PoE+ PD (optional, up to 25W)
    • Operating temperature: -40°C to +50°C
  • Compliance and Standards
    • Safety: UL EN 62368-1, CE
    • EMC: FCC Part 15 Class A, EN 301 489-1, EN 301 489-19
    • Environmental: RoHS, WEEE compliant
General Specifications
Inputs GNSS, 1588-PTP, SyncE
Outputs PPS, 10MHz, NTP, PTP, SyncE
Ethernet Ports 4x 1G/10G SFP+, 2x 10/100/1000 BASE-T RJ45 (POE+ available)
Protocols PTP, NTP & SyncE
GNSS Antenna SMA (Female)
Protocols: IEEE-1588 (PTP), NTPv4, SNTPv4, SyncE, IPv4/IPv6, SNMP, SSH, RADIUS, TACACS+
Network management CLI, Web UI (HTTPS), SNMPv2/v3, NETCONF, RESTCONF
User Interfaces: CLI : Monitoring and Management Web UI :Monitoring and Management
Regulatory & Standards
Operating Temperature -40°C to +50°C
Operating Humidity 5%-95% RH non-condensing (+60°C)
Storage temperature -55°C to +105°C
Safety & Health UL EN 62368-1 CE, CISPR32 class A GR-63; Level 3 ETSI (EN55032/EN55024) EN 300019, Class T3.2
Electrical EMC, ESD Immunity & susceptibility FCC Part 15 Class B / ICES 003 Class-B Korea KN32 / KN35 Class A EN 301 489-1, EN 301 489-19 EN 303 413 IEEE 1613-1 Telcordia GR-1089
Synchronization: ITU: G.8265.x, G.8275.x (PRTC/T-GM) IEEE : PTP (IEEE 1588v2) IETF :NTPv4 (RFC5905)
Product compliance: 2014/53/EU (RED Directive) 2011/65/EU (RoHS2 Directive) 2012/19/EU (WEEE Directive)
Performance
Time of day accuracy 15ns (1-sigma) reference GNSS
Time stamp accuracy <10 ns rms
Frequency stability 1.16x10^(-12) (one-day average)
Tracking to GNSS <15ns (locked) Holdover: < ±1.5μs/4hrs (7 days locked)
Power consumption 18-20W, POE+ option (25W max)
Physical Characteristics
Length 20.8cm / 8.2”
Width 20cm / 7.9”
Height 4.4cm / 1.7”
Power
DC Power, dual feed -36VDC to -72VDC
Current consumption 500mA (max)

10

Bullet ™ 360 GPS Antenna

Environmental specifiations
Operating Temperature -40°C to +90°C
Storage Temperature -40°C to +90°C
Vibration 10 - 200 Hz Log sweep 3g (Sweep time 30 minutes) 3 axes
Shock 50g vertical, 30g all axes
Humidity Soak +60°C @ 95% RH, 96 hours
Corrosion Salt Resistant 5% Salt spray tested, 96 hours
Technical / performance specifications 3.3V 5.0V
Prime Power 3.3V DV (±10%) 5.0V DV (±10%)
Power Consumption <13mA <20mA
Gain 26dB ± 3dB (GPS) 28dB ± 3dB (GPS)
Output Impedance 50Ω
Frequency GPS L1 1575.42 ±3MHz BDS B1 1561 ±3MHz GLO G1 1602 ±3MHz
VSWR 2.0 maximum
Axial ratio <5dB (GPS) <3dB
Noise 2.0dB (typical)
Bandwidth (10dB RL) 70 MHz (min)
Out of Band rejection fo= L1, B1, G1 fo ±50 MHz: 30 dB typ fo ±100MHz: 40dB typ
Azimuth coverage 360° (omni-directional) 360° (omni-directional)
Elevation coverage 0°-90° elevation (hemispherical) 0°-90° elevation (hemispherical)
ESD IEC 61000-4-2
Phyiscal charcteristics - 3.3v & 5v dc antennas
Dimensions 3.05”D x 2.61” H (77.5mm x 66.2mm)
Weight 7.0oz (200grams)
Enclosure Off-white plastic
Connector F-type & TNC (5V) - TNC (3.3V only)
Mounting 1” - 14” thread or ¾” pipe thread
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Mechanical
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Connectors
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Connectors

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CN-ANT-SPL

The Celona CN-ANT-SPL is a purpose-built antenna splitter designed for use with Celona 5G Outdoor AP21 units. It supports the deployment of sectoral antennas, enabling enhanced and optimized coverage for outdoor private 5G environments. For 4-sector deployments, 2 splitters are required per AP21. Typical use cases include oil & gas, utilities, mining, and large campus environments requiring robust and scalable outdoor 5G coverage.

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Key Features
Part Number CN-ANT-SPL
Compatibility Celona 5G Outdoor AP21
Function 2-way splitter for external sector antennas
Connector Type N-Type (female)
Impedance 50 Ω
Frequency Range 600 MHz to 6000 MHz
Power Handling Up to 30W (when used as splitter)
Insertion Loss ≤ 0.8 dB (typical)
DC Pass 200 mA per port (400 mA total)
Isolation ≥ 19 dB (typical)
Housing Rugged aluminum alloy, outdoor-rated
Mounting Compatible with AP21 mounting kits
Operating Temperature -55°C to +60°C
Compliance RoHS, CE, FCC

Applications

  • Sectorized antenna deployments for AP21
  • Extended outdoor coverage for private 5G
  • Oil & gas, utilities, mining, and

Ordering information

Ordering information
CN-ANT-SPL Celona Antenna Splitter for 5G Outdoor AP21

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Celona 5G Airkit with Indoor AP22

The Celona 5G Airkit, built with the Celona Indoor 5G AP22, is a portable, end-to-end private 5G solution designed for demo and showcase environments, providing private 5G connectivity for enterprise applications. This kit includes a 3-year subscription to Celona’s private wireless services, powered by Celona Edge software and the Celona Orchestrator cloud for seamless SIM provisioning and management.

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RF Specifications (5G)
MIMO Configuration 2x2 MIMO UL/DL, supporting up to 256 QAM Modulation
Antenna Built-in omnidirectional, max gain of 6 dBi
Specifications
Compliance 3GPP Release 15 TDD
Power Transmit Power: Up to 24 dBm per port Power Supply: PoE injector included (AC to PoE power)
Network Domain Support Internal IP Domain
Performance and Capacity Latency: <10ms one-way Concurrent Connections: Up to 128 active devices
Physical Dimensions (Airkit) Size: 17.6 x 13.9 x 6.9 inches (447 x 353 x 176 mm) Weight: 30 lbs (13.6 kg)
Timing and Synchronization PTP Grandmaster & IEEE 1588v2 PTP: Free running
Compliance and Certifications AP22-48: FCC AP22-78: CE AP22-77: CE
Frequency Band Support AP22-48 3.55-3.7 GHz AP22-78 3.3-3.8 GHz AP22-77 3.8-4.2 GHz
AP LED Indicators System LED: Displays system status 5G LED: Indicates 5G connection status

5G Airkit Bring-Up Instructions

  1. Power On: Connect the Airkit using the appropriate regional power plugs.
  2. Assign AP and Edge: Ensure they are assigned to the customer orchestrator account and appear in the inventory.
  3. Edge Cluster Creation: https://docs.celona.io/en/articles/7132992-edge-cluster-creation
  4. Create a New Site: https://docs.celona.io/en/articles/7133069-create-a-new-site
  5. Activate Celona Access Points: https://docs.celona.io/en/articles/7133150-activating-celona-access-points
  6. LED Status: Wait until the 5G Airkit AP LEDs (system and 5G) turn solid blue (approx. 30 minutes).
  7. Activate Devices and SIMs: Attach devices to the Celona 5G network. https://docs.celona.io/en/articles/7132329-celona-sim-lifecycle-management
  8. Operational Status: Once LEDs are blue, the 5G Airkit is fully operational.

Key Components

  • 5G Indoor n78 Access Point (3300-3800 MHz)
  • E100 Mini Edge Device
  • Celona Orchestrator (Cloud service)
  • 20 Private SIM Cards
  • Power Cable and International Plug(s)
  • Celona Express Technical Support
  • Limited Lifetime Warranty

Ordering information

3-year indoor 5G private wireless service subscription for one portable air kit including SIM provisioning, mobile core services via Celona Edge software, and Celona Orchestrator cloud services.

Ordering information
C-S-AIRKIT-5G-48-NN-X-3 The air kit includes a 5G category A n48 (3550-3700 MHz) access point with integrated antennas, E100 Edge, switch, Celona Express technical support, limited lifetime warranty, and 20 private SIM cards.
C-S-AIRKIT-5G-78-NN-X-3 The air kit includes a 5G indoor n78 (3300-3800 MHz) access point with integrated antennas, E100 Edge, switch, Celona Express technical support, limited lifetime warranty, and 20 private SIM cards.
C-S-AIRKIT-5G-77-NN-X-3 The air kit includes a 5G indoor n77 (3800-4200 MHz) access point with integrated antennas, E100 Edge, switch, Celona Express technical support, limited lifetime warranty, and 20 private SIM cards.

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Summary

The Celona 5G Airkit with AP22, certified for the US, EU, and UK, is optimized for rapid deployment in demos and showcases, providing flexible and high-performance private 5G connectivity for enterprises.

Planning a private 5G deployment? 

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