Brother HL-J6000DW Online User's Manual page 198

Home > Security > Manage Your Network Machine Securely Using IPsec
Using Web Based Management
Manual Settings for an IPsec Template
Option
Template Name
Use Prefixed Template
Internet Key Exchange (IKE)
Authentication Key (ESP, AH)
Code key (ESP)
SPI
> Manual Settings for an IPsec Template
Description
Type a name for the template (up to 16 characters).
Select Custom.
IKE is a communication protocol that is used to exchange encryption
keys in order to carry out encrypted communication using IPsec. To
carry out encrypted communication for that time only, the encryption
algorithm that is necessary for IPsec is determined and the encryption
keys are shared. For IKE, the encryption keys are exchanged using the
Diffie-Hellman key exchange method, and encrypted communication
that is limited to IKE is carried out.
Select Manual.
Type the In/Out values.
These settings are necessary when Custom is selected for Use
Prefixed Template, Manual is selected for Internet Key Exchange
(IKE), and a setting other than None is selected for Hash for
Encapsulating Security section.
The number of characters you can set differs depending on the
setting you chose for Hash in the Encapsulating Security
section.
If the length of the specified authentication key is different than
the selected hash algorithm, an error will occur.
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When you specify the key in ASCII Code, enclose the
characters in double quotation marks (").
Type the In/Out values.
These settings are necessary when Custom is selected in Use
Prefixed Template, Manual is selected in Internet Key Exchange
(IKE), and ESP is selected in Protocol in Encapsulating Security.
The number of characters you can set differs depending on the
setting you chose for Encryption in the Encapsulating
Security section.
If the length of the specified code key is different than the
selected encryption algorithm, an error will occur.
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When you specify the key in ASCII Code, enclose the
characters in double quotation marks (").
These parameters are used to identify security information. Generally, a
host has multiple Security Associations (SAs) for several types of IPsec
communication. Therefore, it is necessary to identify the applicable SA
when an IPsec packet is received. The SPI parameter, which identifies
the SA, is included in the Authentication Header (AH) and
Encapsulating Security Payload (ESP) header.
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MD5: 128 bits (16 bytes)
SHA1: 160 bits (20 bytes)
SHA256: 256 bits (32 bytes)
SHA384: 384 bits (48 bytes)
SHA512: 512 bits (64 bytes)
DES: 64 bits (8 bytes)
3DES: 192 bits (24 bytes)
AES-CBC 128: 128 bits (16 bytes)
AES-CBC 256: 256 bits (32 bytes)
Configure an IPsec Template
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