S49-81

Reserved

 

 

S82

Break options

3, 7, or 128

128

S83-85

Reserved

 

 

S86

Connection failure code

0, 4, 5, 9, 12, 13, 14

 

S87-S90 Reserved

 

 

S91

Transmit attenuation

0-15/dBm

10

S92

Fax attenuation

0-15/dBm

10

S95

Extended result code optionsBit-mapped register

0

 

 

 

 

Section Five - Result Codes

OK

0

CONNECT

1

RING

2

NO CARRIER

3

ERROR

4

CONNECT 1200

5

NO DIALTONE

6

BUSY

7

NO ANSWER

8

CONNECT 600

9

CONNECT 2400

10

CONNECT 4800

11

CONNECT 9600

12

CONNECT 7200

13

CONNECT 12000

14

CONNECT 14400

15

CONNECT 19200

16

CONNECT 32000

165

CONNECT 34000

166

CONNECT 36000

167

CONNECT 38000

168

CONNECT 38400

17

CONNECT 40000

169

CONNECT 42000

170

CONNECT 44000

171

CONNECT 46000

172

CONNECT 48000

173

CONNECT 50000

174

CONNECT 52000

175

CONNECT 54000

176

CONNECT 56000

177

CONNECT 57600

18

CONNECT 58000

178

CONNECT 60000

179

CONNECT 115200

19

CONNECT 1200TX/75RX

22

CONNECT 75TX/1200RX

23

FAX

33

DATA

35

CARRIER 300

40

CARRIER 1200/75

44

CARRIER 75/1200

45

CARRIER 1200

46

CARRIER 2400

47

CARRIER 4800

48

CARRIER 7200

49

CARRIER 9600

50

CARRIER 12000

51

CARRIER 14400

52

CARRIER 21600

55

CARRIER 24000

56

CARRIER 26400

57

CARRIER 28800

64

CARRIER 32000

150

CARRIER 34000

151

CARRIER 36000

152

CARRIER 38000

153

CARRIER 40000

154

CARRIER 42000

155

CARRIER 44000

156

CARRIER 46000

157

CARRIER 48000

158

CARRIER 50000

159

CARRIER 52000

160

CARRIER 54000

161

CARRIER 56000

162

CARRIER 58000

163

CARRIER 60000

164

COMPRESSION: CLASS 5 66

COMPRESSION: V.42BIS

67

COMPRESSION: NONE

69

PROTOCOL: NONE

70

PROTOCOL: LAPM

77

PROTOCOL: ALT

80

+FCERROR

+F4

 

 

14

Page 16
Image 16
MaxTech V.34+, 56K BPS, K56Plus user manual Section Five Result Codes

V.34+, K56Plus, 56K BPS specifications

MaxTech 56K BPS, K56Plus, and V.34+ are modem technologies that revolutionized data transmission in the late 1990s, allowing users to connect to the Internet at unprecedented speeds. As internet usage skyrocketed during this period, the need for faster, more efficient modem standards became paramount. MaxTech, a prominent player in the telecommunications industry, was at the forefront of this evolution.

One of the standout features of MaxTech 56K modems is their ability to exploit the existing telephone infrastructure for faster data transmission. The 56K BPS technology specifically allowed for download speeds of up to 56 kilobits per second, leveraging a combination of digital signal processing and advanced modulation techniques. This was a significant leap from the earlier 33.6K modems, providing users with enhanced access to online content, file downloads, and multimedia experiences.

K56Plus, another critical technology developed during this era, improved upon the 56K standard by enabling modems to achieve higher speeds in optimal conditions. It utilized both analog and digital transmission paths to maximize throughput, making it more versatile and efficient than its predecessors. This adaptability allowed for better performance in varied line conditions, something essential for comprehensive Internet use.

V.34+, an enhancement of the V.34 modem standard, introduced better error correction and modulation schemes, ensuring more reliable and robust connections. This technology featured improved handling of data corruption and transmission errors, which was vital for maintaining stable internet connectivity during longer sessions, particularly for those downloading large files or streaming audio.

In terms of characteristics, MaxTech modems were known for their user-friendly interfaces and plug-and-play capabilities, making installation a seamless experience for a majority of users. These modems also incorporated technologies such as V.42 error correction and MNP protocol, further enhancing the reliability of data transmission.

Overall, MaxTech 56K BPS, K56Plus, and V.34+ mark a significant chapter in the history of internet connectivity. They provided a foundation for the broadband revolution that followed by pushing the limits of dial-up technology. Their advanced features and robust performance paved the way for an era of enhanced online experiences, shaping the way users interacted with the digital landscape for years to come.