Motorola SM56 빠른 시작 사용 설명서 - 페이지 3
{카테고리_이름} Motorola SM56에 대한 빠른 시작 사용 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. Motorola SM56 22 페이지. Software modem
Motorola SM56에 대해서도 마찬가지입니다: 빠른 시작 사용 설명서 (13 페이지), 빠른 시작 사용 설명서 (48 페이지), 명령 참조 설명서에서 (42 페이지)
페이지 인쇄
Personal-computer OEMs that bundle the SM56 can benefit from sizable cost reductions,
hardware reduction, and lower power consumption. End users benefit from quick, easy and
affordable software upgrades, which help them keep current with the latest communications
technology.
Please check with your direct modem supplier for the latest software updates and other product
information.
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Personal Computer Requirements
Motorola performs rigorous, exhaustive testing on its modems. It has developed a list of
recommended personal computer features that perform well with the SM56. The information
includes qualified CPUs, Level 2 cache requirements, operating systems, RAM requirements,
and third-party sound card compatibility. However, in today's dynamic technology markets, it is
not possible to test all components and combinations on all systems.
This section outlines minimum system requirements for SM56 operation. On these systems,
CPU loading was found to be acceptable and the modem demonstrated good performance over
the entire network model.
Important: SM56 operation is not limited to the personal computer systems listed here.
Recommended CPUs
The SM56 modem has been qualified (tested for processor loading and TSB network model
coverage) on the following processors:
•
Intel Pentium, 150MHz with MMX, 256K Level 2 (L2) cache minimum
•
Intel Pentium, 200MHz, 256K L2 cache minimum
•
Intel Pentium II
•
Intel Pentium Pro
•
Intel Celeron (Pentium II, 266MHz, no L2 cache)
•
AMD K6-2 with 3DNow!, 256K L2 cache
The SM56 functions satisfactorily on the following systems. However, it has not been fully
qualified (it was not tested for processor loading or TSB performance):
•
AMD K6, 233 MHz, 256K L2 cache
•
Cyrix MII, 266MHz, 256K L2 cache
The SM56 does not function on the following CPUs, whose floating-point performance is
insufficient:
•
Cyrix MediaGX
•
Cyrix MediaGXM
•
Cyrix 6x86