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This release notes document contains information about downloading and installing the latest Intelligent Node (iNode) 1.0 release. It also provides information for hardware/firmware support, limitations, restrictions, and caveats for the iNode Software.
We recommend that you view the field notices for this release to see if your software or hardware platforms are affected. If you have an account on Cisco.com, you can find field notices at http://www.cisco.com/en/US/customer/support/tsd_products_field_notice_summary.html .
If you do not have a Cisco.com login account, you can find field notices at http://www.cisco.com/en/US/support/tsd_products_field_notice_summary.html .
This chapter includes the following sections:
The following release images will be available via Cisco.com account publishing.
Intelligent Node
inode-oib.01.00.07.tar.gz
inode-oib.01.00.07.tar.gz.signature
If doing a Field upgrade for U-Boot:
u-boot.01.00.07.tar.gz
u-boot.01.00.07.tar.gz.signature
Intelligent Node App (version 1.0 or later) from a trusted source, such as App Store or Google Play
Provisioning through Local Control Software (LCS) via Intelligent Node App on smart phone or tablet attached to USB on iNode.
RF accessories eliminated, attenuation and equalization controlled via software (LCS).
Internal spectrum analysis displayed via software (LCS) on per port basis.
Local control and monitoring via LCS.
Power savings mode.
Remote software upgrade.
Ability to adjust reverse attenuation via LCS.
RF port enable/disable via LCS.
IPv4/IPv6.
This information is needed to support IPv6 and the software download. There is a workaround in place since SLAAC is not currently supported. However, to take advantage of the workaround, the following custom DHCP options must be implemented.
In addition to the standard DHCP options required by the OIB for software download, the customer is required to create 2 custom DHCPv6 options and an optional third option if a IPv6 prefix length other than /64 is required for the OIB.
# Define custom options to provide IPv6 Default Route, Prefix and any Static Routes:
# this is a short-term work around until we are able to receive RA messages.
option dhcp6.default-route code 214 = array of ip6-address;
option dhcp6.static-routes code 216 = array of ip6-address;
# add if OIB Prefix Length is something other than the /64 default.
option dhcp6.prefix code 215 = unsigned integer 8;
dhcp6.default-route will be assigned two IPv6 address, order is important, the Gateway Router’s Link-Local IPv6 Address followed by it’s Global IPv6 Address.
dhcp6. static-routes will be assigned a list of IPv6 addresses of any servers the OIB needs to reach that are within the same prefix as the OIB.
option dhcp6.prefix is the prefix length the OIB would have been assigned by the Router Advertisement message.
SLACC is not supported at this time. The OIB’s Global IP Address must be assigned by the DHCPv6 Server.
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