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Cortex Hub
User guide
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VESPER Cortex Hub User guide

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Page 1
HUB INSTALLATION GUIDE
Cortex Hub-USA - USA & CANADA
Cortex Hub-ROW - REST OF WORLD
Page 2
EN
Contents
Introduction .......................................................................... 3
Questions and FAQs .............................................................3
Register Your Cortex ............................................................ 3
Required components ......................................................... 4
Required components ......................................................... 4
Optional accessories ........................................................... 4
Onboard App Introduction .................................................. 5
The Cortex network .............................................................. 6
LED indicator panel .............................................................. 7
Cortex Hub port locations................................................... 7
Cortex Hub positioning ........................................................ 8
Cortex Hub mounting .......................................................... 8
To connect power ................................................................. 9
Wiring color codes ............................................................ 9
To program GPIO sensors with the Cortex Onboard App 24
GPIO sensor wiring - Lighting remote control ................ 28
Specications ....................................................................... 35
Contents2
Dimensions LED icon troubleshooting .......................... 37
Page 3
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Introduction
THE VESPER MARINE CORTEX HUB IS AN AIS CLASS-B SO-TDMA TRANSPONDER WITH INTEGRATED ON BOARD AND REMOTE VESSEL MONITORING AND CONTROL.
When paired with a Vesper Marine Cortex H1 Tethered or Cortex H1P Portable handset, the Cortex Hub becomes a fully-featured 25W VHF radio with complete Class D DSC functionality.
The Cortex Hub features integrated WiFi providing conguration and control via a
Cortex Onboard App or Cortex Handset.
Cortex Hub uses two dedicated AIS channels to transmit and receive vessel position and other data to and from all other AIS equipped vessels within range.
Cortex Hub uses received AIS data by sharing it with other devices on board your vessel (e.g. chart plotters, laptops, phones) over NMEA 2000, NMEA 0183 and WiFi.
With an integrated AIS/VHF splitter, the Cortex Hub allows an existing or secondary VHF radio to share a single VHF Antenna.
The Cortex Hub also features an integrated GNSS receiver (supporting GPS, GLONASS, BeiDou, Galilleo), fully isolated NMEA ports and a high-power external speaker driver. Internal antennas for cellular and WiFi are included with the option to attach external antennas as required.
Off-boat vessel monitoring and control is supported via a built-in cellular modem and the Cortex Monitor App on your phone.
Integrated sensors provide vessel position, battery voltage, heading and barometric pressure, while NMEA 2000 or NMEA 0183 provides information from sensors connected to the NMEA network.
Optional external sensors can be installed and connected to the Cortex Hub to monitor information such as bilge level, shore power and vessel security. Optional output relays can be installed to remotely control lighting, air conditioning, refrigeration, bilge pump, battery charging and more.
Questions & Support
Visit support.vespermarine.com for a range of guide topics about how to get the most out of you Cortex.
Register Your Cortex
Vesper Marine releases product updates from time to time. These updates feature changes to Cortex including the release of new features. Register your Cortex at www.vespermarine.com/register
Append your Cortex Wi Label here
We suggest placing one of your Cortex Wi Labels here in the manual. It is also
helpful to have one stuck descretely near the Cortex Hub. Having the QR Code and
Wi details easily accessible makes pairing additional devices quick and simple.
The Wi SSID and Password cannot be changed.
3Introduction
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Required components
Included
• Cortex Hub (Cortex Hub)
• GPS Antenna, Includes 10M (33ft) cable.
• Power cable
• WiFi antenna
• Audio cable
• Input / Output cable
• VHF Patch Cable
Required components
Not included
• AIS/VHF antenna
• Fuse or circuit breaker
• Fastenings of your choice
• Mobile device running the Cortex Onboard App or a Cortex Handset for
conguring.
Optional accessories
• Cortex H1 or H1P handset(s)
• External audio and loudspeaker
• External cellular antenna
• NMEA 2000 cable
• NMEA 2000 Tee connector
• NMEA 2000 network extension cable
• External sensors for Monitoring and Control
Required components4
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Onboard App Introduction
Cortex Onboard is a free Android and Apple iOS app that connects your phone or tablet to the WiFi of the Cortex Hub.
Use the Cortex Onboard App to congure, manage and display data from Cortex. The Conguration Menu is used for initial conguration, AIS programming, network settings, rmware updates and input / output sensor setup.
Once the Cortex is congured, the Cortex Onboard App acts like a Cortex Handset
offering access to most functions directly from your smart device.
Cortex Onboard App Main Menu options
Select the Main Menu icon (
Plotter
Plotter view of AIS targets
Directory
AIS targets and manual DSC contacts
Instruments
GPS, integrated sensors and NMEA data
Anchor watch
Monitor the vessel at anchor
Collision avoidance
Manage a potential collision scenario
MOB
Man Overboard monitoring
Settings
Congure and manage the Cortex Hub
)
DirectoryPlotter
Collision avoidanceAnchor watch
Instruments
MOB
5Onboard App Introduction
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The Cortex network
Secondary VHF
AIS / VHF
Antenna
Cellular
Antenna
GPS (10 Hz)
Antenna
(included)
Cortex Monitor
App
CELL
WIFIWIFI
NMEA 2000
Devices
WiFi data
WiFi Antenna
(included)
WiFi Antenna
(included)
Cortex
Onboard App
NMEA 0183
Devices
The Cortex network6
Cortex
Handsets
External Speaker
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LED indicator panel
The Cortex Hub features an indicator panel located on the top of the case. The LED
indicator panel provides system status using changes in color or solid and ashing
states to indicate how a subsystem if functioning.
GPS, VHF, WiFi, NMEA 2000, Cellular (Cloud) and Power are all indicated. Green will indicate a functioning subsystem, with Orange and Red indicating a connection,
conguration or other issue that may need to be resolved.
Power ON is indicated with white light.
See LED indicator panel on page 22 for a full troubleshooting list.
Cortex Hub port locations
1. WiFi Antenna port
2. GPS Antenna port
3. Cellularv Antenna port
4. DC Power Supply (12V or 24V DC)
5. Auxiliary VHF port
6. VHF Antenna
1 3
2 4 5 6
7. NMEA 2000 port
8. Input / Output port (NMEA 0183 and GPIO sensors)
9. Audio Port (External Speaker, Loudspeaker)
7 8 9
GPS
WiFiVHF
NMEA
2000
PowerCloud
7LED indicator panel
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Cortex Hub positioning
Allow at least 2”/ 50mm from each set of connectors give
sufcient room for cable clearance and connection.
Allow at least 8” / 200mm for the external WiFi antenna to be positioned in a vertical position to increase WiFi range.
For optimal Heading Sensor performance, do not mount on
or near ferrous materials. For conguration, see Heading Sensor on page 25
Ensure that the minimum safe compass distance is maintained. Standard: 0.8 m, Steering: 0.4 m.
Cables Allow
2"/50mm
WiFi Antenna
Allow
8"/200mm
Cortex Hub mounting
1. Use the Cortex Hub as a template for mounting holes
2. Mark the holes on the mounting surface and drill them
3. Align the Cortex Hub to the mounting holes and secure with fastenings of your choice (not included).
Recommended screws: 316 Stainless Self Tapping 8G/1” (4.2/25.4mm) or 10G/1” (4.8/25.4mm) Pan/Round Head.
The Cortex Hub features metal anti-compression rings in each mounting hole to prevent damage and ensure the Cortex Hub can be mounted securely.
Cables Allow
2"/50mm
Cortex Hub positioning8
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To connect power
Cortex DC power requirements:
Hub Nominal Draw 0.5A @ 12V
Hub VHF High Power Transmit (Max) 6.0A @ 12V
Handset Nominal 1.0A @ 12V
To provide sufcient power, consider the total system requirements in terms of
adequate cable gauge and fuse rating with capacity for future expansion.
1. Check that the VHF antenna is connected before connecting to live DC power.
2. Connect the positive (+ve red) and negative (-ve black) leads of the power cable to the vessel. The 2M (6.5ft) power cable (supplied) is terminated with a 2 pin socket. This cable may be extended or shortened as needed.
3. Connect a fuse or circuit breaker to the positive cable of the appropriate rating for the system. (ie 10A for the Cortex Hub, 2A for each handset)
4. Connect the power cable to the Cortex Hub. Tighten the power cable lock ring clockwise to ensure a secure connection and watertight seal.
5. Turn the vessel’s batteries (and/or switch or circuit breaker) on to apply power to the Cortex Hub.
6. Conrm the Cortex Hub is powered on with a visual check on the Cortex Hub indicator lights.
24 Hour Circuit
Leaving Cortex powered on a 24 hour circuit will ensure Cortex can continue to monitor and alert you. A 24 hour circuit remains powered even when the normal DC house system is powered off. Cortex Hub has a low Nominal draw of 0.5A @ 12V which most vessel house systems can sustain for an extended period of time.
Wiring color codes
RED DC positive (+ve) (12/24 volts).
BLACK DC negative (-ve)
Always use a fuse or circuit breaker installed near the battery end or bus bar end.
Do not connect directly to a battery.
If you must extend the power connections use quality tinned marine grade wire at least 16 AWG (1.5mm²).
Black
Red
FUSE
Negative -ve
Power +ve
9To connect power
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AIS / VHF Antenna
Required
The Cortex Hub shares one antenna for both AIS and VHF functions. A dedicated VHF antenna is required.
Choose a high quality omni-directional VHF antenna designed for the marine band (156-162MHz) and ensure it is well tuned at the AIS end of the band (VSWR 2:1 or less at 162MHz).
See Part Number VA159 (AIS/VHF Antenna).
Mount the antenna vertically, as high as possible (at least 2-3 meters (6-10 ft) above the waterline). It is not recommended to place the VHF antenna near a mast or other metal structures
Install the antenna a minimum of 3m (10ft) from any other VHF or HF antennas and not within the beam path of a radar. Inadequate separation may damage the Cortex transponder and void your warranty.
Never operate the Cortex Hub unless it is connected directly to a suitable VHF antenna.
The VHF indicator light will display red when a problem is detected with the antenna system (ie, the VSWR is above the acceptable level).
What does VSWR mean?
VSWR stands for Voltage Standing Wave Ratio and is a measure of the how well matched a transmission line (e.g. the antenna cable connected to the VHF output of your the Cortex Hub) is to its termination impedance (e.g. your antenna).
VSWR can be thought of as a comparative measure of how much power, generated from your Cortex Hub AIS transponder, is delivered to the antenna and how much of
it is reected back and lost in the poorly matched transmission line.
A high VSWR will reduce your effective transmission range and may also lead to other problems.
AIS / VHF Antenna10
Page 11
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Internal AIS / VHF splitter
The Cortex Hub incorporates an AIS/VHF splitter to share one AIS/VHF antenna and to allow connection to an external VHF radio via the auxiliary port.
The auxiliary port protects the transponder while an external VHF is transmitting (up to 25W) and also isolates the external VHF radio when the Cortex Hub is transmitting.
The auxiliary port will still provide a path to the antenna for the external VHF radio in the event of an Cortex Hub power failure.
AIS / VHF Antenna connection
Auxiliary VHF
VHF Antenna
• Connect the AIS/VHF Antenna plug (PL259) to the Cortex Hub port labeled ANTENNA.
• Hand tighten clockwise. Do not over torque.
• (If applicable) Connect the auxiliary VHF antenna cable (BNC) to the auxiliary VHF port labeled SPLITTER.
External GPS Antenna
Required
Consider the following location and connection requirements:
• The GPS antenna should be positioned with an unobstructed view of the sky.
• The GPS antenna is rated IP67 and UV stable for external installation.
• Do not place the GPS antenna near or in the path of radar, HF and/or high power satellite communication (such as Iridium Go) antennas.
• You cannot use another GPS or any other NMEA device to provide a GPS position to the Cortex Hub. Class B AIS SO-TDMA transponders are required by international regulations to use their own GPS.
• You may use the Cortex Hub to share GPS position data to other devices over NMEA 2000, 0183 or WiFi.
• The antenna cable is terminated with an SMA connector to facilitate easy routing through holes and openings. Do not cut the cable without the correct tools to crimp on a new connector.
Use the GPS Status screen in the Onboard App or handset to view the satellite signal strengths and determine the best location for mounting the external GPS antenna.
The Vesper Marine GPS antenna is specically designed for use with Vesper Marine
devices. Use of a different GPS antenna may damage the Cortex Hub and void the warranty.
• After installing the GPS Antenna, connect the SMA connector of the GPS Antenna cable to the Cortex Hub port labeled GPS.
• Hand tighten clockwise. Do not over torque.
GPS Antenna
11Internal AIS / VHF splitter
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External GPS Antenna mounting External WiFi Antenna
Recommended
Deck mount on base
POLE MOUNT
1” 14 UNS threaded mast
Deck mount ush
Vertical surface mount
Consider these WiFi requirements when choosing a position:
• Allow enough clearance space when installing the Cortex Hub for the External WiFi Antenna to be positioned in a vertical position to increase WiFi range.
• Do not place the External WiFi Antenna near or in the path of radar, HF and/or high power satellite communication (such as Iridium Go) antennas.
• Consider the distance between the handset and Cortex Hub onboard. Some objects and materials such as steel, aluminum and carbon composites may provide interference to degrade the WiFi signal strength.
External Wi Antenna Conguration
CORTEX ONBOARD APP:
> Menu (
> Device Settings > Networks > WiFi...
> Use external antenna (select on/off)
CORTEX HANDSET:
> Main Menu (
Menu.
> Networks > WiFi...
> External Antenna (select on/off)
WiFi signal strength is checked via the WiFi icon on the handset status bar or the WiFi signal on your device.
The Cortex Hub includes an internal WiFi antenna for installations where the external antenna is not required.
)> Settings
). Touch on the wrench icon ( ) to open the Conguration
External GPS Antenna mounting12
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External WiFi Antenna installation
• Connect the WiFi Antenna to the Cortex Hub port labeled WiFi.
• Hand tighten clockwise. Do not over torque.
• Adjust the angle of the WiFi antenna to be as close to vertical as practical.
Install the WiFi Antenna last to allow sufcient room for ngers to rst access and
install the other SMA size connectors attached to the External GPS and optional cellular antenna for cloud connectivity.
Installations where an Cortex Hub is mounted in close proximity to an H1 (with little
or no interference to the WiFi signal) may not require tment of the External WiFi
Antenna.
WiFi Antenna
NMEA 2000 Gateway
The Cortex Hub incorporates an NMEA Gateway to allow different brands and generations of electronics on NMEA 0183 or 2000 networks to talk to each other
automatically and transfer data without extra multiplexing devices or conguring.
The Gateway translates selected NMEA 2000 sensor data for compatibility with mobile apps. Monitor navigation data on your Cortex Onboard App on your phone or tablet or use it with third party apps of your choice.
Data is made available to NMEA 0183 and 2000 plotters. The Gateway supports a range of wind, depth, speed, heading, temperature, barometric pressure and autopilot PGNs.
See PGNs sent and received by the gateway (pg26).
Example Case #1:
Sailing and navigation apps cannot talk directly to an NMEA 2000 network as the apps use the 0183 protocol. We need to translate data from NMEA 2000 to 0183.
Gateway: The Cortex Hub receives NMEA 2000 PGNs and automatically converts these to 0183 sentences and sends to devices running the sailing and navigation apps via WiFi.
Example Case #2:
A vessel has an older chart plotter (NMEA 0183 only) with new NMEA 2000 sailing instruments.
Gateway: The Cortex Hub receives the new instrument data from the vessel’s NMEA 2000 network and automatically converts the data to 0183 sentences for the chart plotter. The chart plotter 0183 wires are connected to the 0183 wires on the Cortex Hub’s input/output cable.
13External WiFi Antenna installation
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Chart plotter
Terminating
Resistor
T Connection
Network
extension cable
Network
power
Drop cable
To connect to NMEA 2000
The Cortex Hub can be connected to an NMEA 2000 network to enable AIS and Navigation data, including GPS to be sent to other NMEA 2000 devices.
• The NMEA sentences (PGNs) supported are listed on page 26.
• A NMEA 2000 drop cable and T connector are required to connect the Cortex Hub to a vessel’s NMEA 2000 network.
• Modifying the Instance or System Identication can be done via the Cortex Onboard App or from the H1 handset.
Cortex Onboard App:
> Menu (
> NMEA 2000...
> Device Instance (0-255) (select to enter value)
> System Instance (0-255) (select to enter value)
Cortex handset:
> Main Menu (
Menu.
> Networks
> N2000 (NMEA 2000)
> Device Instance
> System Instance
To change the Device or System instance select the eld and use the touchscreen
menu to key a number between 0-255
) > Settings > Device Settings > Networks
). Touch on the wrench icon ( ) to open the Conguration
NMEA 2000 network connection example
NMEA 2000 port
To connect to NMEA 200014
Page 15
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SPEAKER +VE
SPEAKER -VE
ORANGE
BLACK
To connect to NMEA 0183
NMEA 0183 devices can receive AIS data when connected to the Cortex Hub I/O (Sensors GPIO / NMEA 0183) expansion port.
• The NMEA sentences supported are included on page 26.
The NMEA Baud rate can be changed via the Cortex Onboard App or from the H1 handset.
Cortex Onboard App:
> Menu (
> Networks > NMEA 0183... > Baud rate (select)
) > Settings > Device Settings
Cortex handset:
> Main Menu (
). Touch on the wrench icon ( ) to open the Conguration
Menu.
> Networks
> 0183 (NMEA 0183)
> Baud In >
> Baud out
AIS output requires a minimum of 38400 Baud rate.
When connecting the Cortex Hub to NMEA 0183 devices, connect 0183 Common (Black) to the vessel’s negative bus. This is to ensure a satisfactory grounding as the NMEA 0183 network of the Cortex Hub is isolated.
NMEA 0183 network connection diagram
0183 Device
NMEA RX B
NMEA RX A
NMEA TX B
NMEA TX A
NMEA 0183 COMMON (Shared with GPIO Ground)
DARK GREEN
NMEA 0183 port
ORANGE
WHITE
YELLOW
BLACK
NMEA TX B
NMEA TX A
NMEA RX B
NMEA RX A
15To connect to NMEA 0183
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External Cellular Antenna
Optional
The Vesper Marine External Cellular Antenna may be connected for enhanced cellular coverage. Consider the following location and connection requirements:
• The external cellular antenna is rated IP67 and UV stable for external installation.
• Do not place the external cellular antenna near or in the path of radar, HF and/ or high power satellite communication (such as Iridium Go) antennas.
• The antenna cable is terminated with an SMA connector to facilitate easy routing through holes and openings. Do not cut the cable without the correct tools to crimp on a new connector.
• Do not extend the antenna cable beyond the supplied length of 5M (16’).
A solid orange light on the LED indicator panel indicates an attempt to connect to a cell tower, green indicates connection. See LED indicator panel on page 22.
External Antenna Conguration
Cortex Onboard App:
> Menu (
> Device Settings > Networks > Cloud...
> Use external antenna (select on/off)
Cortex handset:
> Main Menu (
Menu.
> Networks > Cloud
> Use external antenna (select on/off)
The Cortex Hub includes an internal Cellular antenna for installations where the external antenna is not required.
After installing the Cellular Antenna, connect the SMA connector of the Cellular Antenna cable to the Cortex Hub port labeled Cloud.
Tighten clockwise. Do not over torque.
) > Settings
). Touch the wrench icon ( ) to open the Conguration
External Cellular Antenna mounting
Deck mount
on base
Vertical surface
mount
Pole mount
1” 14 UNS
threaded mast
Deck mount
ush
Cellular Antenna
External Cellular Antenna16
Page 17
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BROWN
RED
LOUDSPEAKER (+)
LOUDSPEAKER (-)
ORANGE
WHITE
DARK GREEN
YELLOW
ORANGE
BLACK
RED
BROWN
LIGHT GREEN INPUT / OUTPUT 2
BROWN INPUT / OUTPUT 1
GRAY INPUT 3
VIOLET INPUT 2
BLUE INPUT 1
RED
PULLUP VOLTAGE
AUDIO +VE
AUDIO -VE
Reserved - Do not connect
Reserved - Do not connect
BLACKNMEA 0183 COMMON
External Speaker
The external audio speaker output extends the audio output of the Cortex Handsets directly from the Cortex Hub. The external audio speaker output will broadcast VHF (when a Cortex Handset is present) and system alarms. The external audio speaker output is perfect for Cortex Cortex Hub installations without a Handset, or where Cortex Handsets are powered down and you still wish to become alerted to alarm events on board.
Setting Audio Speaker Volume
Audio Speaker volume can be set at the desired volume using a Cortex Handset or the Cortex Onboard App.
The external speaker should be installed at least 1m (3ft) from any magnetic
compass, ux gate sensor and the Cortex Hub.
It is recommended to use a 10W rated audio speaker with a 4-ohm impedance.
Audio Cable Wiring Code
Orange - Audio Speaker Positive (+) Black - Audio Speaker Negative (-)
Red - Loudspeaker Positive (+) Brown - Loudspeaker Negative (-)
External Speaker Wiring Diagram
Vesper Marine External Speaker
The Vesper Marine External Speaker (Part Number 111210) is purpose designed for the marine environment.
Featuring IP66 ingress protection this speaker is suitable for installing almost anywhere on board.
• 3” 70 Watt Speaker
• Frequency response of 80Hz-18kHz
• 4 ohm impedance
• IP66 water resistant for marine applications
• UV resistant polymer housing / Polypropylene cone
• Heavy duty molded ABS plastic basket and grill
• Pre-wired with 2m (6.5ft) of cable
External Speaker Dimensions
Side Front
86mm (3 3/8”)
ORANGE
BLACK
AUDIO SPEAKER (+)
AUDIO SPEAKER (-)
93.5mm (3 11/16”)
74.5mm (2 15/16”)
55.6mm (2 3/16”)
DRILL / CUT DRILL X 4
ø 74.5mm (2 15/16”)
ø 4mm (5/32”)
86mm (3 3/8”)
93.5mm (3 11/16”)
17External Speaker
Page 18
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BLACK
AUDIO SPEAKER (-)
ORANGE
AUDIO SPEAKER (+)
External Loudspeaker
A loudspeaker can be connected to the Cortex Hub for use with Cortex Horn and Hailer functions. Loudspeaker Mode can be operated from a Cortex Handset (H1 Tethered or H1P Portable) or the Cortex Onboard App.
The Loudspeaker port can output up to 30W into a 4ohm load.
Setting Loudspeaker Volume
Loudspeaker volume will default to Mute. To set the desired volume, use a Cortex Handset of the Cortex Onboard App.
Setting Loudspeaker Tone
You can also set the pitch the horn will use between 200-500Hz from the Horn and
Hailer settings.
Audio Cable Wiring Code
Orange - Audio Speaker Positive (+) Black - Audio Speaker Negative (-)
Red - Loudspeaker Positive (+) Brown - Loudspeaker Negative (-)
External Speaker Wiring Diagram
RED
BROWN
LOUDSPEAKER (+)
LOUDSPEAKER (-)
External Loudspeaker18
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Connecting devices to an Cortex Hub
Once installation of the Cortex Hub, cables and antennas are complete, the Cortex
Hub is congured using the Cortex On board App on a mobile device (iOS or
Android) or via a Cortex H1 or H1P handset.
Prior to the conguration steps, a WiFi connection must be made between the Cortex Hub and the device used for conguration.
The Cortex Hub WiFi network will connect with up to 10 devices.
The Cortex V1 package (Cortex M1 + H1) ships with the handset pre-congured to
the Cortex Hub.
See the Support Portal at vespermarine.com for connecting devices to use the NMEA 2000 data from an Cortex Hub over WiFi.
Connection information:
Connection Type = TCP IP Address = 10.1.1.1 Port = 39150
To connect a mobile device
1. Turn Cortex Cortex Hub and device ON Switch the vessel’s batteries ON to power the Cortex Hub.
2. Select WiFi in the settings of the device
> From the list of available WiFi, identify and select the Cortex Hub WiFi SSID.
> Note - The WiFi SSID is identied by the Cortex Hub serial number eg:
CORTEX-95211616
> Key the WiFi password found on the label supplied with the Cortex Hub.
Alternatively scan the QR code of the Cortex Hub (found on the WiFi label) to be automatically connected.
> Join and save to connect.
> Close the WiFi setting on the device.
If the supplied label is lost, the WiFi password is found underneath the Cortex Hub on the serial label.
19Connecting devices to an Cortex Hub
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To connect a handset
1. Turn Cortex Hub ON Switch the vessel’s batteries ON to power the Cortex Hub.
2. Turn the handset ON Press and hold the Power button for 2 seconds.
Wi Status
3. Select WiFi from the Status Bar
> From the list of available WiFi, identify and select the Cortex Hub WiFi SSID.
The WiFi SSID is identied by the Cortex Hub serial number eg:
CORTEX-95211616 The Cortex V1 package (Cortex Hub+H1) ships with the handset pre-
congured to the Cortex Hub.
> Key the WiFi Password found on the label supplied with the Cortex Hub.
> Select CONNECT to save. Text ‘connected’ will conrm the connection.
> Select the Back key to close the WiFi status
Connecting additional handsets
To connect additional handsets to a congured Cortex Hub network follow the To
connect a handset steps above.
Device connection FAQs
If the device (handset or mobile device) displays ‘Trying to connect...’ for a long period, it has not made a WiFi connection to the Cortex Hub.
• Conrm the Cortex Hub is ON
• Check the WiFi signal strength on the mobile device or in the Status Bar of the handset.
• Check the Cortex Hub WiFi External Antenna is attached.
• Consider the distance between the device and Cortex Hub on board. Some objects and materials may provide interference to degrade the WiFi signal strength.
• See ‘Connecting to an Cortex Hub’ (pg18). Follow the steps to identify and connect to the WiFi.
The WiFi status icon on the Cortex Hub will illuminate green when a handset or app makes a connection.
If the device displays ‘No GPS connection!’ while beeping an alarm, touch the
screen (or any key) to silence the alarm and close this notication.
The device will then display ‘Waiting for GPS...’ , the Cortex Hub has not acquired GPS position.
• Check GPS Status in the Status Bar of the handset (select GPS icon in the On board App).
• Check the Cortex Hub external GPS installation.
• Check the GPS icon on the Cortex Hub indicator panel.
To connect a handset20
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MMSI programming Introduction
Before an Cortex Hub can transmit your position over AIS you must congure your
vessel details and enter a valid MMSI number.
You can congure your MMSI using the Cortex Onboard App or a Cortex handset.
Your MMSI may have been entered by your dealer. You must have an assigned MMSI for your vessel.
If you do not have an assigned MMSI, contact the relevant authority in your country.
Once you save the MMSI number you cannot change it. If you need to change the MMSI, please contact an authorized dealer or Vesper Marine.
MMSI Programming Warning
For Customers in the USA: This device must be programmed with data corresponding to the vessel on which it will be installed.
Programming must be carried out by a Vesper Marine dealer. The included instructions contain information on how to verify the correct programming.
WARNING: It is a violation of the rules of the Federal Communications Commission to input an MMSI that has not been properly assigned to the end user, or to otherwise input any inaccurate data in this device.
To program an MMSI with the Onboard App
1. Download the Cortex Onboard App Free download from the Apple or Google Play stores
2. Turn Cortex Cortex Hub and device ON Switch the vessel’s batteries ON to power the Cortex Hub
3. Connect the device to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
4. Open the app and program as follows;
> Select the Main Menu icon (
> Device Settings...
> Vessel...
> Identication...
> MMSI (Enter MMSI number)
> Name (Enter the vessel’s name)
> Callsign (Enter the vessel’s callsign)
> ATIS ID* (Enter the vessel’s ATIS ID)
*A vessel ID for inland waterways in some European countries.
> Vessel Type (Select from the list)
) to open the Settings Menu.
To program your vessel dimensions with the Onboard
App
> Select the Menu icon ( ) to open the Settings Menu.
> Device Settings...
> Vessel...
> Dimensions
> Length (Enter length overall)
> Beam (Enter beam overall)
> GPS from stern (Enter measurement)
> GPS from starboard (Enter measurement)
21MMSI programming Introduction
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To program an MMSI with a handset
1. Turn Cortex Cortex Hub and handset ON. Switch the vessel’s batteries ON to power the Cortex Hub
2. Connect the handset to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
3. Select the handset Main Menu and program as follows;
> Main Menu. (
Menu.
> Vessel
> Vessel Identication
> MMSI (Enter MMSI number)
> Name (Enter the vessel’s name)
> Callsign (Enter the vessel’s callsign)
> Vessel Type (Select from the list)
) Select the wrench icon ( ) to open the Conguration
To program your vessel dimensions with a handset
> Main Menu. ( ) Select the wrench icon ( ) to open the Conguration
Menu.
> Vessel
> Dimensions
> Length (Enter length overall)
> Beam (Enter beam overall)
> GPS from stern (Enter measurement)
> GPS from starboard (Enter measurement)
To conrm AIS operation
LED indicator panel
Green light indicates AIS data transmission
Handset
> Main Menu. (
wrench icon (
Conguration Menu.
> Systems
> AIS (View RX and TX data counter)
Onboard App
> Main Menu (
> Device Settings > Systems...
> AIS... (View RX and TX data counter)
Onboard App (or handset Status Bar pictured)
Transponder receive only mode (Stealth mode) is controlled (on/off) from within this menu.
) Select the
) to open the
) to open the Settings Menu.
Transponder Status
VHF
To program an MMSI with a handset22
Page 23
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Monitoring and control
Off-boat vessel monitoring and control is supported via a built-in cellular modem and the Cortex Monitor App on your phone.
Once the Cortex Hub is installed and operating, data from the Cortex Hub’s integrated sensors, from external sensors wired into the GPIO port and data from an NMEA bus will be displayed and controlled on the Cortex Monitor App.
Cortex Hub integrated sensors
• GPS position
• System voltage
• Vessel heading (see page 25)
• Barometric pressure
Cortex Hub GPIO sensors and connections
The Cortex Hub can monitor up to three general purpose inputs and an additional
two may be congured either as an input or output.
When connecting GPIO sensors to the Cortex Hub, a Pullup voltage connection is recommended.
Pullup voltage provides an active high/low voltage reference for the GPIO input
when sensors do not provide sufcient voltage.
NMEA 2000 sensors
When the Cortex Hub is connected to an NMEA 2000 bus, data from applicable NMEA 2000 and 0183 devices will display on the handset and Onboard App Instruments screen, and on the Cortex Monitor App.
See NMEA PGNs and Monitoring Instruments on page 26 for PGN sentences sent and received.
Cortex Monitor App Introduction
Cortex Monitor is a free Apple iOS and Android app that allows your phone to monitor and control the sensors of your Cortex Cortex Hub via a cellular connection.
Cortex Monitor App
Monitor and control your boat when you are ashore provided your Cortex Hub and phone are within cellular coverage.
Use the Cortex Onboard App or a handset to congure and test GPIO sensors and
relays.
After the inputs and outputs have been congured and tested, download the Cortex
Monitor App onto your device.
Enter your login details and the Cortex Product Serial number or scan the QR code to activate monitoring for your Cortex Cortex Hub. Once activated it can take a few
minutes for your Cortex Cortex Hub to connect for the rst time. You can now view
the status of Cortex Hub sensors on the Monitor app.
PowerInstrumentsTracking
23Monitoring and control
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To program GPIO sensors with the Cortex Onboard App
Name and congure up to 5 general purpose sensors, 2 x input/output, 3 x input.
1. Download the Cortex Onboard App Free download from the iOS or Google Play stores
2. Turn Cortex Cortex Hub and device ON Switch the vessels batteries ON to power the Cortex Hub
3. Connect the device to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
4. Open the app and program as follows;
> Select the Main Menu icon (
> Device Settings...
> Sensors...
> GPIO...
> Sensor / control name
> Sensor / control type (select from list)
> Default input high
> Pullup active (select Enabled or Disabled)
> Active when high (select Yes for Normally Closed, or select No for Normally
Open)
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub.
When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
) to open the Settings Menu.
To program GPIO sensors with a Cortex Handset
Name and congure up to 5 general purpose sensors, 3 x input, 2 x input/output.
1. Turn Cortex Cortex Hub and handset ON Switch the vessels batteries ON to power the Cortex Hub
2. Connect the handset to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
3. Select the handset Main Menu and program as follows;
> Main Menu. (
Menu.
> Sensors
> GPIO
> Sensor / control name
> Sensor / control type (select from list)
> Default input high
> Pullup active (select Enabled or Disabled)
> Active when high (select Yes for Normally Closed, or select No for Normally
Open)
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub.
When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
) Select the wrench icon ( ) to open the Conguration
To program GPIO sensors with the Cortex Onboard App24
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Heading Sensor
The Cortex Hub includes an internal heading sensor to display an accurately orientated AIS icon of your vessel on another vessels AIS system. The heading sensor also determines the direction to the bow for Anchor Watch.
The heading sensor requires calibration that is performed from the Onboard App or a handset.
The Cortex Onboard App
1. Turn Cortex Cortex Hub and device ON Switch the vessel’s batteries ON to power the Cortex Hub
2. Connect the device to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
3. Open the app and program as follows; > Select the Main Menu icon ( > Device Settings... > Sensors... > Heading...
With a handset
1. Turn Cortex Cortex Hub and handset ON Switch the vessel’s batteries ON to power the Cortex Hub
2. Connect the handset to the Cortex Hub via WiFi See Connecting to an Cortex Hub section
3. Select the handset Main Menu and program as follows; > Main Menu. ( Menu. > Sensors > Heading
) Select the wrench icon ( ) to open the Conguration
) to open the Settings Menu.
To update Cortex Hub rmware
Firmware updates for the Cortex Hub and H1/H1P handsets are bundled with Cortex Onboard App releases.
Check the Apple IOS App Store or Google Play Store for updates to Cortex Onboard, select UPDATE as required.
Once downloaded to your mobile device, connect it to the Cortex Hub WiFi on the
vessel. The Cortex Hub will automatically recognize updated rmware.The Onboard App will ask if you would like to perform the rmware update. Select Yes to update.
25Heading Sensor
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NMEA PGNs and Monitoring Instruments
Received PGNs are translated and outputted over NMEA 0183 and WiFi. See support.vespermarine.com for an up to date list.
Received PGNs
PGN DESCRIPTION TRANSLATED TO 0183
127250 Vessel Heading HDG Yes 128259 Speed, water referenced VHW Yes 128267 Water depth DPT Yes 128275 Distance log VLW 129283 Cross track error XTE 129284 Navigation data BOD APB RMB 129285 Navigation, route/waypoint info WPL RMB 130306 Wind data MWD MWV Yes 130314
130310
130311
130312 130313
Air Pressure XDR MDA Air Pressure + Water
Temperature Air Pressure + Water
Temperature Water Temperature Water Temperature
XDR MDA MTW
XDR MDA MTW
MTW MTW
INSTRUMENTS DATA SOURCE
Yes
Yes
Yes
Yes Yes
Sent PGNs
PGN DESCRIPTION TRANSLATED FROM
127233 Man Overboard 127250 Vessel Heading HDG 127258 Magnetic Variation 127259 Speed, water Referenced VHW 127267 Water depth DBT DPT 129025 129026 129029 129038 129039 129040 129041 129539 GNSS DOP’s 129540 129794 129798 129801 129802 129809 129810 130306 Wind data MWD MWV
Position (Rapid) COG & SOG (Rapid) GNSS Position Class A Position AIS Class B position AIS Class B position extended AIS Aids to Navigation
GNSS satellites in view AIS Class A Static Voyage AIS SAR Aircraft Position AIS Addressed Safety AIS Safety Related Broadcast AIS Class B “CS” Static, Part A AIS Class B “CS” Static, Part B
M1 Wiring color codes26
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M1 Wiring color codes
NMEA TX B
NMEA TX A
NMEA RX B
NMEA RX A
and GPIO GROUND
ORANGE
WHITE
DARK GREEN
YELLOW
BLACKNMEA 0183 COMMON
RED
BLACK
ORANGE
BLACK
RED
BROWN
RED
LIGHT GREEN INPUT / OUTPUT 5
BROWN INPUT / OUTPUT 4
GRAY INPUT 3
VIOLET INPUT 2
BLUE INPUT 1
POWER +VE
POWER -VE
AUDIO +VE
AUDIO -VE
LOUDSPEAKER +VE
LOUDSPEAKER -VE
PULLUP VOLTAGE
27M1 Wiring color codes
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GPIO sensor wiring - Alarm silence switch
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub.
When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
GPIO sensor conguration example
Sensor / control name Silence Sensor / control type Alarm silence Default input high Pullup enabled Active when high No, normally open
+ve 12/24V
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
PULLUP
VOLTAGE
INPUT/OUTPUT 2
INPUT/OUTPUT 1
INPUT 3
INPUT 2
INPUT 1
GPIO GND
GPIO sensor wiring - Alarm silence switch28
141025
RED
P/N
Switch Illumination Red (+ve) Optional
BLACKBROWN
-ve
Vesper Marine Momentary External Mute Switch Part Number 141025
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GPIO sensor wiring - Lighting remote control
Lighting on/off remote control is one example of what an output relay may switch and control.
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub. When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
PULLUP
VOLTAGE
INPUT 5
INPUT 4
INPUT 3
INPUT 2
GPIO sensor conguration example
Sensor / control name Anchor light Sensor / control type On/Off switch
+ve 12/24V
Output relay
C
C
+ve -ve
Light
NO
BLUE
BLACK
INPUT 1
GPIO GND
-ve
29GPIO sensor wiring - Lighting remote control
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GPIO sensor wiring - Motion sensor
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub. When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
GPIO sensor conguration example
Sensor / control name Cockpit Motion 1 Sensor / control type Security sensor Default input high Pullup enabled Active when high Yes, normally closed
+ve 12/24V
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
PULLUP
VOLTAGE
INPUT/OUTPUT 5
INPUT/OUTPUT 4
INPUT 3
INPUT 2
INPUT 1
GPIO GND
GPIO sensor wiring - Motion sensor30
V + V -
NC
C
-ve
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GPIO sensor wiring - High water sensor
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub. When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
GPIO sensor conguration example
Sensor / control name Bilge high water Sensor / control type High water sensor Default input high Pullup enabled Active when high No, normally open
+ve 12/24V
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
PULLUP
VOLTAGE
INPUT/OUTPUT 5
INPUT/OUTPUT 4
INPUT 3
INPUT 2
INPUT 1
GPIO GND
High Water Sensor
-ve
31GPIO sensor wiring - High water sensor
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GPIO sensor wiring - Bilge pump activation sensor
A Pullup connection is not required in this example as it is driven high.
GPIO sensor conguration example
Sensor / control name Engine room bilge Sensor / control type Bilge pump Default input high Pullup disabled Active when high Yes, normally closed
+ve 12/24V
Three way switch
manual on / off / auto on
Float switch
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
GPIO sensor wiring - Bilge pump activation sensor32
PULLUP VOLTAGE
(not requied in this example)
INPUT/OUTPUT 5
INPUT/OUTPUT 4
INPUT 3
INPUT 2
INPUT 1
GPIO GND
Warning light
or alarm
+
Bilge pump
-ve
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GPIO sensor wiring - Hatch / door open sensor
An external Pullup voltage connection is recommended when connecting GPIO sensors to the Cortex Hub. When a sensor does not provide more than 2V, the Pullup provides an appropriate high level reference for the Cortex Hub’s input.
GPIO sensor conguration example
Sensor / control name Sensor / control type Security sensor Default input high Pullup enabled Active when high No, normally open
+ve 12/24V
Forward Hatch 1
RED
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
PULLUP
VOLTAGE
INPUT/OUTPUT 5
INPUT/OUTPUT 4
INPUT 3
INPUT 2
INPUT 1
GPIO GND
Magnetic reed switch
-ve
33GPIO sensor wiring - Hatch / door open sensor
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GPIO sensor wiring - Shore Power
Monitor a Shore Power connection by connected a DC voltage that is supplied from
the AC system. This could be a simple DC mains plug, or a AC-DC Rectier. If the AC
supply disconnects, this will cause the DC voltage connected to Cortex to drop and generate an alarm.
RED
GPIO sensor conguration example
Sensor / control name Shore Power Sensor / control type Shore Power Default input high Pullup disabled Active when high No
PULLUP
VOLTAGE
AC-DC Rectifier
(DC Plugpack)
AC Voltage
LIGHT GREEN
BROWN
GRAY
VIOLET
BLUE
BLACK
INPUT/OUTPUT 2
INPUT/OUTPUT 1
INPUT 3
INPUT 2
INPUT 1
GPIO GND
-ve
GPIO sensor wiring - Shore Power34
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0.5:1 Scale
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
18.5mm (3/4”)
15mm (5/8”) 7mm (1/4”)
21.5mm (7/8”)
Ø60mm (2 3/8”)
Ø42mm (1 5/8”)
0.5:1 Scale
22mm (7/8”)
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
4mm (5/32”)
20mm (13/16”)
18.5mm (3/4”)
15mm (5/8”) 7mm (1/4”)
21.5mm (7/8”)
0.5:1 Scale
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
4mm (5/32”)
90mm (3 37/64”)
15mm (5/8”) 7mm (1/4”)
21.5mm (7/8”)
0.5:1 Scale
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
18.5mm (3/4”)
15mm (5/8”) 7mm (1/4”)
21.5mm (7/8”)
Ø60mm (2 3/8”)
Ø42mm (1 5/8”)
0.5:1 Scale
22mm (7/8”)
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
4mm (5/32”)
20mm (13/16”)
18.5mm (3/4”)
15mm (5/8”) 7mm (1/4”)
21.5mm (7/8”)
0.5:1 Scale
Ø22mm (7/8”)
Ø63mm (2 1/2”)
Ø52mm (2 1/16”)
Ø42mm (1 5/8”)
Ø32mm (1 1/4”)
4mm (5/32”)
58.7mm
(2 5/16”)
164.8mm (6 1/2”)
71.8mm (2 13/16”)
21.4mm (7/8”)
20.8mm (13/16”)
58.7mm
(2 5/16”)
168mm (6 5/8”)
147.5mm (5 13/16”)
147.5mm (5 13/16”)
168mm (6 5/8”)
71.8mm (2 13/16”)
21.4mm (7/8”)
71.8mm (2 13/16”)
21.4mm (7/8”)
164.8mm (6 1/2”)
71.8mm (2 13/16”)
21.4mm (7/8”)
75.6mm (3”)
73.3mm (2 7/8”)
18mm (11/16”)
25.1mm (1”)
Back
Front
20.8mm (13/16”)
25.1mm (1”)
Back
Front
Dimensions
Cortex Hub
168mm (6 5/8”)
147.5mm (5 13/16”)
58.7mm (2 5/16”)
External GPS Antenna
21.5mm (7/8”)
18.5mm (3/4”)
15mm (5/8”) 7mm (1/4”)
19.5mm (3/4”)
Ø60mm (2 3/8”)
Ø42mm (1 5/8”)
Handset (H1 & H1P)
Cradle (Powered & Non-Powered)
164.8mm (6 1/2”)
147.5mm (5 13/16”)
168mm (6 5/8”)
21.4mm (7/8”)
External Cellular Antenna
19.5mm (3/4”)
Ø60mm (2 3/8”)
Ø42mm (1 5/8”)
35Dimensions
Page 36
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Specications
CORTEX HUB GENERAL
HUB SIZE
POWER SUPPLY 9-33V. 12V: 6A max, 500mA nom
WEIGHT 770g (1.7lb)
ENVIRONMENTAL Waterproof (IPx7)
OPERATING TEMPERATURE -25°C to +55°C (-13°F to +131°F)
SUPPORTED PROTOCOLS
TRANSMITTER FREQUENCY ERROR
ANT CONNECTOR SO239
SPLITTER Max input power 25W, Insertion Loss RX 0dB, TX < 2dB
SPLITTER CONNECTOR BNC
SOTDMA CLASS B AIS
DEDICATED RX CHANNELS 2
FREQUENCY RANGE 156.025 – 162.025 MHz
POWER OUTPUT 5W
AIS SENSITIVITY (20% PER) -113 dBm
ADJACENT CHANNEL SELECTIVITY
SPURIOUS RESPONSE 70 dB
INTER-MODULATION 67 dB
168 x 168 x 58.7mm (6 5/8” x 6 5/8” x 2 5/16” )
AIS Class B SOTDMA, VHF Voice, Class D DSC, ATIS (user congurable, EU region) NOAA Weather (US region)
Less than 300Hz
80 dB
VHF VOICE
VHF FREQUENCY RANGE
TX
RX
DEDICATED RX CHANNELS 3
POWER OUTPUT 25W, 1W (High, Low)
REGIONS USA, CAN, INT
SENSITIVITY (12 DB SINAD) -116 dBm
ADJACENT CHANNEL SELECTIVITY
SPURIOUS RESPONSE 70 dB
INTERMODULATION 70 dB
SPURIOUS EMISSIONS Less than –80 dBc (at 25 W)
MAX AUDIO OUTPUT POWER 10W, < 1% THD
156.025–161.600 MHz
156.050–163.275 MHz
80 dB
CLASS D DSC
DEDICATED RX CHANNELS 1
SENSITIVITY (1% BER) -115 dBm
ADJACENT CHANNEL SELECTIVITY
SPURIOUS RESPONSE 70 dB
INTERMODULATION 70 dB
80 dB
AUDIO
SUPPORTED FUNCTIONS VHF RX, Alarms
AMPLIFIER 10W Class D, THD < 1%
SPEAKER 4 ohm
Specications36
Page 37
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CORTEX HUB NETWORKING
NMEA 2000 GATEWAY
NMEA 0183
WIRELESS
WIRELESS SECURITY WPA2 Personal
CLOUD CONNECTIVITY
CONTROL OUTPUTS 2 Outputs, Low side driven (max 150mA)
1 x Isolated Micro-C male port, AIS, GPS & MOB PGN output, Gateway Translations to/from NMEA 0183
1 x Isolated NMEA 0183 port, AIS and GPS sentences, Gateway Translations to/from NMEA 2000, 4800 / 38400 baud
Access Point for up to 10 devices, 2.4GHz,
802.11b/g/n, Integrated Antenna, SMA-RP external antenna port (optional)
LTE-Cat1 with 3G fallback (USA, Canada), 3G (EU, Asia), Integrated SIM, Integrated Antenna, SMA-RP external antenna port.
CORTEX HUB GNSS
SENSITIVITY -167dBm
CONSTELLATIONS GPS, GLONASS, Bei Dou, Galilleo
CHANNELS 72
DIFFERENTIAL SUPPORT SBAS, WAAS, EGNOS
NAVIGATION RATE 10Hz
CONNECTOR SMA
CERTIFICATIONS IEC 61108
FEATURES Anti-jamming, Anti-spoong
CORTEX HUB SENSORS
HEADING Internal use only
BAROMETER Update rate 1Hz max (averaged)
BATTERY VOLTAGE Measured at power input
EXTERNAL SENSORS INPUTS 5 Inputs, Digital (0-24V), Analog (0-17V)
H1 AND H1P HANDSET SPECIFICATIONS
HANDSET SIZE
POWER SUPPLY
BATTERY
WEIGHT H1 285g (0.63lb), H1P 235g (0.52lb)
ENVIRONMENTAL Waterproof (IPX8)
OPERATING TEMP -25°C to +55°C (-13°F to +131°F)
AUDIO 3W Class D amplier, THD < 5% @ 85dBA
164.8 x 71.8 x 21.4mm (6 1/2” x 2 13/16” x 7/8”)
12V, 1A max, 200mA nom 12/24V DC compatible
Lithium Polymer 2 hour full charge, >10 hours operation
H1 AND H1P HANDSET DISPLAY
SCREEN LCD TFT Si, 640 x 800, 24bit color
TOUCH
BACKLIGHT 600 cd/m2, Ambient Light sensor for auto dimming
Capacitive, optically bonded, LCD, glove and salt water operable
37Dimensions LED icon troubleshooting
Page 38
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Dimensions LED icon troubleshooting
FUNCTION COLOR STATE DESCRIPTION
GPS Orange Solid Acquiring a GPS x.
GPS Green Solid Flashes green momentarily when a x is acquired; returns to solid after a few seconds.
GPS Red Solid GPS Antenna short detected. It may also indicate a GPS system error, contact Vesper marine technical
FUNCTION COLOR S TATE DESCRIPTION
VHF Orange Solid Initializing Before the Cortex Hub can transmit it requires 1 minute to initialize.
VHF Orange Flashing UX VHF is transmitting.
VHF Green Solid Normal AIS + VHF Operation.
VHF Red Solid A VHF/DSC/AIS System Check has failed. Contact Vesper Marine technical support.
VHF Red
Flashing
support if this state persists.
MMSI not programmed A valid MMSI must be programmed before you may transmit your position. (see To program your MMSI number section)
Stealth mode Stealth mode is on.
Last position report not sent This may happen from time to time in very busy areas with lots of AIS trafc.
This is normal behaviour for a Class B AIS device.
Antenna short circuit or open circuit detected - may also indicate a high VSWR.
Dimensions LED icon troubleshooting38
Page 39
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FUNCTION COLOR S TATE DESCRIPTION
WiFi Orange Solid WiFi ready and waiting for connections.
WiFi Green Solid At least one device is attempting to join or has joined the network.
WiFi Red Solid WiFi not operational. Contact Vesper Marine technical support.
FUNCTION COLOR S TATE DESCRIPTION
NMEA 2000 Orange Solid NMEA 2000 bus network is not connected or not powered on.
NMEA 2000 Green Solid NMEA bus connected and exchanging information with the Cortex Hub.
NMEA 2000 Red Solid NMEA 2000 bus error detected. Check the integrity of the NMEA network cable and terminating resistors.
FUNCTION COLOR S TATE DESCRIPTION
Cloud Orange Solid Attempting to connect or connected to a cellular network.
Cloud Orange Flashing Flashes when attempting to connect to the Vesper Cloud.
Cloud Green Solid Connected to the Vesper Cloud. Note - on the Lite plan it will only connect every 12 hours for 10 minutes.
Cloud Red Solid An unexpected Vesper Cloud connection error has occurred. Contact Vesper Marine technical support if
this state persists.
39Warnings
Page 40
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Warnings
The Cortex AIS Transponder works in conjunction with other vessels and systems such as other AIS transponders and GPS devices. The accuracy of this device and the AIS system can be affected by many factors, including equipment failure or defects, environmental conditions and incorrect installation, handling or use. Vesper Marine does not warrant that this product is error-free. It is the user’s responsibility to exercise common prudence and navigational judgement. This device should not be relied upon as a substitute for such prudence and judgement. Always maintain a permanent watch so that you can respond to situations as they develop. The prudent mariner will not rely on a single aid to navigation. The user should verify that the information obtained from this AIS Transponder is in accordance with expected situations and conditions. The information is not guaranteed to be accurate or reliable and this AIS Transponder is not a substitute for proper seamanship. Vesper Marine Limited cannot be held liable for any injury, damage or loss, caused by, during, or because of the installation, use or inability to use this device. This AIS Transponder is to be installed and used entirely at your own risk. By installing and/or using this AIS Transponder you fully accept this risk and agree to hold Vesper Marine Limited harmless. If you do not agree to accept all risk, return this product unused in its original factory condition to your dealer for a full refund.
Intended Use
This product is intended to be used on leisure or commercial vessels (excluding IMO/SOLAS class). Vesper Marine has designed and manufactured this product to be used only aboard vessels.
Warranty Void
Do not disassemble the unit or remove the screws which hold it together. The unit is sealed and disassembly will void the warranty.
FCC Warning
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) this device may not cause harmful interference and (2) this device must accept any interference received, including interference that may cause undesired operation.
Radiation Warnings
Radio Frequency
To satisfy RF exposure requirements for mobile transmitting devices, a separation distance of 2 metre or more should be maintained between the antenna of this device and persons during device operation. To ensure compliance, operations at closer than this distance is not recommended.
The antenna used for this transmitter must not be co-located in conjunction with any other antenna or transmitter.
This device has been designed to operate with an antenna having a maximum gain of 3dBi. Antennas having a gain greater than 3dBi are strictly prohibited for use with this device. The required antenna impedance is 50 ohms.
To reduce potential radio interference to other users, the antenna type and its gain should be chosen that the equivalent isotropically radiated power (EIRP) is not more than that required for successful communication.
The system has a Maximum Permissible Exposure (MPE) radius of 2m from the antenna. This has been determined assuming the maximum power of the transmitter and using a standard half-wave monopole VHF antenna with a maximum gain of 3dBi and termination impedance of 50 ohms.
When installing the antenna and operating the equipment consider the following:
• The antenna should be mounted as high above deck as possible.
• Higher gain VHF antennas will require a larger MPE radius.
• Do not operate the unit when anyone is within the MPE radius of the antenna.
• The antenna should not be collocated or operated in conjunction with any other transmitting antenna.
Electromagnetic
This device generates and radiates electromagnetic energy. This device must be installed and operated according to the instructions contained in this manual. Failure to do so may result in product malfunction and / or exposure to potentially
harmful levels of radio frequency radiation. Changes or modications to the unit not
expressly approved by Vesper Marine Ltd will void the user’s authority to operate this equipment.
Heat
The bottom surfaces of the Cortex Hub may become hot to touch during long periods of VHF transmission.
Warnings40
Page 41
EN
Warnings
MMSI Programming Warning
IMPORTANT: In most countries the operation of a VHF unit may require the possession of a current VHF radiotelephone license which lists the AIS system and the vessel Call Sign and MMSI number.
An MMSI number is required in order for this device to operate DSC or as an AIS transmitter. Please contact the relevant authority in your country for more information.
For Customers in the USA
This device must be programmed with data corresponding to the vessel on which it will be installed. Programming must be carried out by a Vesper Marine dealer. The included instructions contain information on how to verify the correct programming.
WARNING: It is a violation of the rules of the Federal Communications Commission to input an MMSI that has not been properly assigned to the end user, or to otherwise input any inaccurate data in this device.
Industry Canada Warning
This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.
This device complies with RSS-310 of Industry Canada. Operation is subject to the condition that this device does not cause harmful interference.
EU Conformity
Vesper Marine declares that this product is in compliance with Directive 2014/53/ EU.
The full text of the EU Declaration of Conformity is available at the following internet address: www.vespermarine.com/compliance
This product is for use worldwide, including the following countries:
Privacy Policy
Vesper marine takes every effort to keep your private data safe and secure. For more information on our privacy commitment please visit: www.vespermarine. com/privacy
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41Warnings
Page 42
EN
Warranty
Your Vesper Marine product is warranted, when properly installed and used, to be free from defects in materials or workmanship for two years from the date the
product was purchased by the rst retail customer. This warranty applies to the
original retail purchaser only and is not transferable. This warranty only applies to products purchased from Vesper Marine or from an authorized Vesper Marine reseller. Within this period, Vesper Marine will, at its discretion, repair or replace any components which fail in normal use. Repairs or replacement will be made at no charge for parts or labor, provided that the customer shall be responsible for any transportation costs. This warranty does not cover failures due to abuse, misuse, accident, improper installation, unauthorized alterations or repairs, shipping damage, wear and tear, or corrosion.
This warranty does not cover defects or damage caused if the product’s external housing has been opened, the serial number or other labels have been removed
or altered, or the specied input voltage has been exceeded. This warranty does
not cover defects or damage caused if the product has been operated with an incompatible GPS antenna or without a suitable VHF antenna, or with an incompatible antenna splitter, where applicable to the product.
Vesper Marine retains the exclusive right to repair or replace the unit at its sole discretion. In the event Vesper Marine chooses to replace the unit it may be replaced with a factory reconditioned unit or a new unit at its sole discretion. Where a replacement is provided the original product becomes the property of Vesper Marine and the warranty will remain from the original purchase date.
THE WARRANTIES AND REMEDIES CONTAINED HEREIN ARE EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING ANY LIABILITY ARISING UNDER ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, STATUTORY OR OTHERWISE. THIS WARRANTY GIVES YOU SPECIFIC LEGAL RIGHTS, WHICH MAY VARY FROM STATE TO STATE.
IN NO EVENT SHALL VESPER MARINE BE LIABLE FOR ANY INCIDENTAL, SPECIAL, INDIRECT, OR CONSEQUENTIAL DAMAGES, WHETHER RESULTING FROM THE USE, MISUSE OR INABILITY TO USE THE PRODUCT OR FROM DEFECTS IN THE PRODUCT. SOME STATES DO NOT ALLOW THE EXCLUSION OF INCIDENTAL OR CONSEQUENTIAL DAMAGES, SO THE ABOVE LIMITATIONS MAY NOT APPLY TO YOU.
Vesper Marine retains the exclusive right to repair or replace the product or offer a full refund of the purchase price at its sole discretion. SUCH REMEDY SHALL BE YOUR SOLE AND EXCLUSIVE REMEDY.
*These warranty terms and conditions are provided as a summary and the specic
terms and conditions of your warranty may vary by region. Please see www. vespermarine.com/warranty for details of the warranty terms and conditions
specic to your region.
Copyright © 2020, Vesper Marine Ltd.
Vesper Marine, Vesper, Cortex, VHF Reimagined, WatchMate, AIS WatchMate, WatchMate Vision, deckWatch, smartAIS and Always On Always Visible Always Watching are trademarks or registered trademarks of Vesper Marine Ltd.
All other products are trademarks or registered trademarks of their respective owners.
Unless otherwise indicated, all documentation and operating software contained within this product or distributed with this product is copyrighted by Vesper Marine Ltd. All rights are reserved.
Portions of this product may use software licensed under open source license agreements. Source code for the applicable software is available upon request from Vesper Marine Ltd.
45 Sale Street, Freemans Bay, Auckland, New Zealand. Phone +64 9 950 4848 info@vespermarine.com
www.vespermarine.com
Warranty42
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