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Copy file name to clipboardExpand all lines: docs/dvl/faq.md
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Yes, the DVL can operate over soft bottoms. However, softer seabeds absorb more acoustic energy, which reduces the maximum altitude at which the DVL can reliably track. The degree of range reduction varies from environment to environment and may require on-site testing to determine.
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## 14. I get an error when updating my DVL?
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Most likely your DVL is running an older software version that requires you to set the time before you can update. This is not and issue when updating from version 2.6.5
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For more software update details please see [DVL Software Updates.](sw-update.md)
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# Integration API Sonar 3D-15
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## Introduction
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The **Water Linked Sonar 3D-15** provides real-time 3D views of underwater environments using a low-bandwidth **Range Image Protocol (RIP1)**. This protocol efficiently transmits data such as 3D points or grayscale bitmaps over UDP (multicast or unicast), enabling live visualization, analysis, or archival for later use.
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The **Water Linked Sonar 3D-15** provides real-time 3D views of underwater environments using a low-bandwidth **Range Image Protocol (RIP1)**. This protocol efficiently transmits data such as 3D points or grayscale bitmaps over UDP multicast, enabling live visualization, analysis, or archival for later use.
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## Network
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By default, the Sonar 3D-15 uses **UDP Multicast** (`224.0.0.96:4747`), so any device on the local network can receive data without knowing the sonar’s IP. You can also configure **UDP Unicast** to send data to a specific IP/port, allowing routing outside the local network (but losing multicast discoverability).
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By default, the Sonar 3D-15 uses **UDP Multicast** (`224.0.0.96:4747`), so any device on the local network can receive data without knowing the sonar’s IP.
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The Sonar 3D-15 has several services available over ethernet:
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*[Multicast DNS](#multicast-dns-mdns) (mDNS) for easy discovery
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* Web [GUI](3d-sonar-15-gui.md), providing a visualization of the data collected by the Sonar 3D-15, as well as configuration, [updating of software](3d-sonar-15-software-update.md) and more.
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* UDP Multicast and Unicast [data stream](#udp-multicast-and-unicast)
* Web [GUI](sonar-3d-15-gui.md), providing a visualization of the data collected by the Sonar 3D-15, as well as configuration, [updating of software](sonar-3d-15-software-update.md) and more.
The Sonar 3D-15 runs a DHCP client which will attempt to obtain an IP address from a DHCP server (e.g. in a router) on the same network, and supports mDNS: the mDNS name of the Sonar 3D-15 is `waterlinked-sonar`. On a computer which supports mDNS, one can then simply access the web [GUI](3d-sonar-15-gui.md) at [http://waterlinked-sonar](http://waterlinked-sonar).
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The Sonar 3D-15 runs a DHCP client which will attempt to obtain an IP address from a DHCP server (e.g. in a router) on the same network, and supports mDNS: the mDNS name of the Sonar 3D-15 is `waterlinked-sonar`. On a computer which supports mDNS, one can then simply access the web [GUI](sonar-3d-15-gui.md) at [http://waterlinked-sonar](http://waterlinked-sonar).
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!!! note
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If no DHCP server is available on the network, it is recommended to use the [fallback IP](#fallback-ip) or configure a [static IP address](#via-the-gui), as the Sonar 3D-15 can spend up to 5 minutes searching for a DHCP server.
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* Connect an ethernet cable directly from the Sonar 3D-15 to your computer.
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* For an/the ethernet interface of your computer, configure it to have a static IP address in the same subnet as 192.168.194.96, (e.g. 192.168.194.90) or anything else of the form 192.168.194.xxx if using a subnet of the form 255.255.255.0 (aka 192.168.194.0/24).
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* Activate the ethernet interface of your computer which you configured in the previous step.
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* In a web browser, open http://192.168.194.96 to access the web [GUI](3d-sonar-15-gui.md).
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* In a web browser, open http://192.168.194.96 to access the web [GUI](sonar-3d-15-gui.md).
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### User set IP
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The IP address of the Sonar 3D-15 can be configured in two ways via the web [GUI](3d-sonar-15-gui.md):
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The IP address of the Sonar 3D-15 can be configured in two ways via the web [GUI](sonar-3d-15-gui.md):
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* DCHP client: An IP address is obtained from a DHCP server (e.g. in a router) on the same network, as mentioned above in [mDNS](#multicast-dns-mdns).
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* Static: Configure the Sonar 3D-15 to use static IP address of your choice.
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!!! Note
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The boot time, i.e. the time it takes from the Sonar 3D-15 receives power until it starts operating normally, will depend upon the IP configuration. Using the [fallback IP](#fallback-ip), the boot time can be as much as 1 min 30 sec, whilst it can be as low as 20 sec with a static IP.
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## UDP multicast and unicast
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## UDP multicast
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By default, the Sonar 3D-15 uses **UDP Multicast** (`224.0.0.96:4747`), so any device on the local network can receive data without knowing the sonar’s IP. You can also configure **UDP Unicast** to send data to a specific IP/port, allowing routing outside the local network (but losing multicast discoverability). Please see [API](3d-sonar-15-api.md) for more information on the data on the UDP multi/unicast.
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By default, the Sonar 3D-15 uses **UDP Multicast** (`224.0.0.96:4747`), so any device on the local network can receive data without knowing the sonar’s IP. Please see [API](sonar-3d-15-api.md) for more information on the data on the UDP multicast.
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