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ETL Systems
ETL Systems HWK-G1S-11-S5S5 Hawk Extended L-band Matrix (Uplink & Downlink) Dual 8 x 8
Product Code:
HWK-G1S-11-S5S5
Availability:
YES
Weight:
9.50 KGS
Request a quote at Contact@orbitalconnect.com or +1.888.315.9545
Model HWK-11 extended L-band (500-2450MHz) Hawk Matrix with gain control for uplink and downlink applications. The HWK-11 is ideally suited for RF signal routing at LEO and MEO gateways, as well as small HTS ground stations and deployable VSAT terminals.
CAPACITY - The 1U Hawk Matrix has capacity for two 8x8 matrix cards – which can be combining (fan-in) or distributive (fan-out) – for uplink and downlink applications. It can be fitted with any combination of cards depending on application, but is ideally suited for smaller gateways with multiple modems and one or two antennas.
GAIN CONTROL - to balance input and output signals
Single 8x16 & 16x8 configurations are also available—please enquire.
Key benefits
- Flexible module configurations - providing routing solutions with dual 8x8 distribution modules, dual 8x8 combining modules or a combination of distributive and combining modules.
- Reliability in service with dual redundant hot-swap power supplies and CPU, and field serviceable and replaceable matrix modules.
- Touchscreen with remote connection via RJ45 Ethernet ports
- Web Browser interface is provided as standard with the Hawk L-band Switch Matrix
- Extended bandwidth suitable for HTS applications
Typical Applications
- Small Ka/HTS gateaway terminals
- LEO/MEO gateways
- Oil & Gas
- Deployable VSAT terminals
| RF Parameters | ||||||
| Routing | Distributive | Combining | ||||
| Frequency Range | 500 to 2450 MHz (Extended L-band) | |||||
| Capacity | Up to 2 Matrix Cards– each 8 x Input and 8 x Output. | |||||
| Configurations | 2 x Distributive (D88D88) | / 2 x Combining (C88C88) | / 1 x Distributive & 1 x Combining (D88C88) / Single 8 x8 Module (D88 or C88) | |||
| Switching Time | < 50ms (From receipt of a command to implementation of path change) | |||||
| Gain (dB) | Min Gain 0±1 Max Gain 5±1 Gain control at input ports | Min Gain 0±1 Max Gain 5±1 Gain control at output ports. | ||||
| Gain Control Steps (dB) | 0.5±0.15 | 0.5±0.15 | ||||
| Gain Flatness (dB) | ±1.5 | ±1.5 | ||||
| Any 36 MHz | ±0.25 | ±0.25 | ||||
| Input Return Loss Typ. | 20 | 18 | ||||
| (dB) Min | 18 | 16 | ||||
| Output Return Loss Typ. | 20 | 18 | ||||
| (dB) Min | 18 | 16 | ||||
| Input-Input Isolation Output-Output (dB) Input-Output |
60 60 55<2150 MHz |
60 60 55<2150 MHz |
||||
| 50>2150 MHz | 50>2150 MHz | |||||
| Input RF Power | +20 dBm. Absolute Maximum. | |||||
| Input & Output ports | 50Ω SMA (All ports DC Blocked) | |||||
| Noise Figure (dB) max @ all gain settings | 16 | <850MHz = 30 <1500MHz = 26 >1500MHz = 24 |
||||
| 1dB GCP (dBm) <850 MHz Output power, @ <1500 MHz all gain >1500 MHz settings |
-5 dBm 0 dBm +4 dBm |
+12 dBm +10 dBm +8 dBm |
||||
| OIP3 (dBm) <850 MHz | 8 | 32 | ||||
| @ all gain settings <1500 MHz | 12 | 28 | ||||
| >1500 MHz | 16 | 22 | ||||
| Group Delay | <1.0 ns | <1.0 ns | ||||
| AC Input | 85-264Vac 50/60Hz | |||||
| AC Consumption | 150W | |||||
| PSU Redundancy | Dual redundant and alarmed Diode OR. Hot swappable | |||||
| Matrix Card | Distributive & Combining options: Field replaceable | |||||
| Spec Version | 1,2 | 1,2 | ||||
| System Control | ||||||
| Local Control | HMI touch screen: Field replaceable | |||||
| Remote Control & Monitoring | Ethernet via RJ45, 10BaseT/100 Base Tx. ETL TCP/IP, SNMP & Web browser interface. | |||||
| CPU | Field replaceable | |||||
| Physical & Environment | ||||||
| Dimensions | 1U high x 550mm deep x 19” wide | |||||
| Weight / Colour | <10 kg / RAL9003—White (Semi-matte) | |||||
| Temperature | Operating: 0 to 45˚C / Storage: -20˚C to +75˚C | |||||
| Location | Indoor use only | |||||
| Humidity | 20 to 90% non-condensing | |||||
| Altitude | 10,000 feet AMSL (Operational) 30,000 feet AMSL (Storage) Above Mean Sea Level | |||||
| Note 1: The specification is subject to regular reviews and will be updated from time to time as part of our continuing product development and improved spec accuracy. Note 2: Operation beyond the quoted limits stated above may cause instantaneous and permanent damage. | ||||||
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Details
Model HWK-11 extended L-band (500-2450MHz) Hawk Matrix with gain control for uplink and downlink applications. The HWK-11 is ideally suited for RF signal routing at LEO and MEO gateways, as well as small HTS ground stations and deployable VSAT terminals.
CAPACITY - The 1U Hawk Matrix has capacity for two 8x8 matrix cards – which can be combining (fan-in) or distributive (fan-out) – for uplink and downlink applications. It can be fitted with any combination of cards depending on application, but is ideally suited for smaller gateways with multiple modems and one or two antennas.
GAIN CONTROL - to balance input and output signals
Single 8x16 & 16x8 configurations are also available—please enquire.
Key benefits
- Flexible module configurations - providing routing solutions with dual 8x8 distribution modules, dual 8x8 combining modules or a combination of distributive and combining modules.
- Reliability in service with dual redundant hot-swap power supplies and CPU, and field serviceable and replaceable matrix modules.
- Touchscreen with remote connection via RJ45 Ethernet ports
- Web Browser interface is provided as standard with the Hawk L-band Switch Matrix
- Extended bandwidth suitable for HTS applications
Typical Applications
- Small Ka/HTS gateaway terminals
- LEO/MEO gateways
- Oil & Gas
- Deployable VSAT terminals
| RF Parameters | ||||||
| Routing | Distributive | Combining | ||||
| Frequency Range | 500 to 2450 MHz (Extended L-band) | |||||
| Capacity | Up to 2 Matrix Cards– each 8 x Input and 8 x Output. | |||||
| Configurations | 2 x Distributive (D88D88) | / 2 x Combining (C88C88) | / 1 x Distributive & 1 x Combining (D88C88) / Single 8 x8 Module (D88 or C88) | |||
| Switching Time | < 50ms (From receipt of a command to implementation of path change) | |||||
| Gain (dB) | Min Gain 0±1 Max Gain 5±1 Gain control at input ports | Min Gain 0±1 Max Gain 5±1 Gain control at output ports. | ||||
| Gain Control Steps (dB) | 0.5±0.15 | 0.5±0.15 | ||||
| Gain Flatness (dB) | ±1.5 | ±1.5 | ||||
| Any 36 MHz | ±0.25 | ±0.25 | ||||
| Input Return Loss Typ. | 20 | 18 | ||||
| (dB) Min | 18 | 16 | ||||
| Output Return Loss Typ. | 20 | 18 | ||||
| (dB) Min | 18 | 16 | ||||
| Input-Input Isolation Output-Output (dB) Input-Output |
60 60 55<2150 MHz |
60 60 55<2150 MHz |
||||
| 50>2150 MHz | 50>2150 MHz | |||||
| Input RF Power | +20 dBm. Absolute Maximum. | |||||
| Input & Output ports | 50Ω SMA (All ports DC Blocked) | |||||
| Noise Figure (dB) max @ all gain settings | 16 | <850MHz = 30 <1500MHz = 26 >1500MHz = 24 |
||||
| 1dB GCP (dBm) <850 MHz Output power, @ <1500 MHz all gain >1500 MHz settings |
-5 dBm 0 dBm +4 dBm |
+12 dBm +10 dBm +8 dBm |
||||
| OIP3 (dBm) <850 MHz | 8 | 32 | ||||
| @ all gain settings <1500 MHz | 12 | 28 | ||||
| >1500 MHz | 16 | 22 | ||||
| Group Delay | <1.0 ns | <1.0 ns | ||||
| AC Input | 85-264Vac 50/60Hz | |||||
| AC Consumption | 150W | |||||
| PSU Redundancy | Dual redundant and alarmed Diode OR. Hot swappable | |||||
| Matrix Card | Distributive & Combining options: Field replaceable | |||||
| Spec Version | 1,2 | 1,2 | ||||
| System Control | ||||||
| Local Control | HMI touch screen: Field replaceable | |||||
| Remote Control & Monitoring | Ethernet via RJ45, 10BaseT/100 Base Tx. ETL TCP/IP, SNMP & Web browser interface. | |||||
| CPU | Field replaceable | |||||
| Physical & Environment | ||||||
| Dimensions | 1U high x 550mm deep x 19” wide | |||||
| Weight / Colour | <10 kg / RAL9003—White (Semi-matte) | |||||
| Temperature | Operating: 0 to 45˚C / Storage: -20˚C to +75˚C | |||||
| Location | Indoor use only | |||||
| Humidity | 20 to 90% non-condensing | |||||
| Altitude | 10,000 feet AMSL (Operational) 30,000 feet AMSL (Storage) Above Mean Sea Level | |||||
| Note 1: The specification is subject to regular reviews and will be updated from time to time as part of our continuing product development and improved spec accuracy. Note 2: Operation beyond the quoted limits stated above may cause instantaneous and permanent damage. | ||||||
