Apple EPR2320TM ユーザーズマニュアル
WebSTAR DPR2320 and EPR2320 Gateway Cable Modems User’s Guide
66
64 Bit Keys
For use with Encryption Mode set to 64-bit encryption.
Enter 5-byte values for a Key. You do not have to set
all four Keys. Only one Key is used for a home
network. Each value is represented in hexadecimal.
Use only these numbers or letters: 0, 1, 2, 3, 4, 5, 6, 7,
8, 9, a, b, c, d, e, and f to set up your encryption keys.
Enter 5-byte values for a Key. You do not have to set
all four Keys. Only one Key is used for a home
network. Each value is represented in hexadecimal.
Use only these numbers or letters: 0, 1, 2, 3, 4, 5, 6, 7,
8, 9, a, b, c, d, e, and f to set up your encryption keys.
It is generally a good practice to use only
lowercase letters when entering WEP encryption keys.
Uppercase letters can sometimes be confused with
numbers. For example, the uppercase letter “B” is
often mistaken for the number “8.” Using lowercase
characters minimizes the risk of confusing characters
when copying keys from one device to another.
Uppercase characters will automatically be converted
to lowercase when the key or keys are applied and
saved to memory.
Uppercase letters can sometimes be confused with
numbers. For example, the uppercase letter “B” is
often mistaken for the number “8.” Using lowercase
characters minimizes the risk of confusing characters
when copying keys from one device to another.
Uppercase characters will automatically be converted
to lowercase when the key or keys are applied and
saved to memory.
Use two numbers or letters in each box. Record your
Key values. You will need these Key values when you
set up your client wireless adapter. The Key values in
each wireless network device must match.
Key values. You will need these Key values when you
set up your client wireless adapter. The Key values in
each wireless network device must match.
128 Bit Keys
For use with Encryption Mode set to 128-bit
encryption. Enter 13-byte values for a Key. You do not
have to set all four Keys. Usually only one is needed
for a home network. Each value is represented in
hexadecimal. Use only these numbers or letters: 0, 1,
2, 3, 4, 5, 6, 7, 8, 9, a, b, c, d, e, and f to set up your
encryption keys.
encryption. Enter 13-byte values for a Key. You do not
have to set all four Keys. Usually only one is needed
for a home network. Each value is represented in
hexadecimal. Use only these numbers or letters: 0, 1,
2, 3, 4, 5, 6, 7, 8, 9, a, b, c, d, e, and f to set up your
encryption keys.
It is generally a good practice to use only
lowercase letters when entering WEP encryption keys.
Uppercase letters can sometimes be confused with
numbers. For example, the uppercase letter “B” is
often mistaken for the number “8.” Using lowercase
characters minimizes the risk of confusing characters
when copying keys from one device to another.
Uppercase characters will automatically be converted
to lowercase when the key or keys are applied and
saved to memory.
Uppercase letters can sometimes be confused with
numbers. For example, the uppercase letter “B” is
often mistaken for the number “8.” Using lowercase
characters minimizes the risk of confusing characters
when copying keys from one device to another.
Uppercase characters will automatically be converted
to lowercase when the key or keys are applied and
saved to memory.
Use two numbers or letters in each box. Record your
Key values. You will need these Key values when you
set up your client wireless adapter. The Key values in
each wireless network device must match.
Key values. You will need these Key values when you
set up your client wireless adapter. The Key values in
each wireless network device must match.