Rise Technology MP6 PR 266 MHz - MP6441DPFH4-Q

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Rise Technology MP6 266 (rated); 200 (real) MHz specifications

General information
Type	CPU / Microprocessor
Frequency ?	266 MHz (rated) 200 MHz (real)
Bus speed ?	100 MHz
Clock multiplier ?	2
Package	387-ball BGA soldered on 296-pin plastic staggered PGA adapter 1.95" x 1.95" (4.95 cm x 4.95 cm)
Socket	Socket 7
Introduction date	Nov 16, 1998
Price at introduction	$70

Architecture / Microarchitecture
Processor core ?	Kirin
Manufacturing process	0.25 micron
Data width	32 bit
Floating Point Unit	Integrated
Level 1 cache size ?	8 KB instruction cache 8 KB data cache
Pipeline	8-stage (integer) 4-stage (FP)
Multiprocessing	Not supported
Features	MMX instructions
Low power features	Stop Grant state ? Stop Clock state Auto Halt Power Down state parts of the chip are powered down when not in use

Electrical / Thermal parameters
Min/Recommended/Max V core	2.75V / 2.8V / 2.85V
Min/Recommended/Max V I/O or secondary	3.135V / 3.3V / 3.465V
Minimum/Maximum operating temperature ?	0°C - 70°C
Maximum power dissipation ?	14.87 Watt
Thermal Design Power ?	8.54 Watt

Pictures (1)

Rise Technology MP6 PR 266 MHz - MP6441DPFH4-Q
266 MHz (rated), 200 MHz (real) 387-ball BGA soldered on 296-pin plastic staggered PGA adapter

Benchmarks

Benchmark tools

Compare Rise Technology AMD-K6-2/350 (2.2V ENGINEERING SAMPLE) benchmark results with all tested CPUs from one of the following families:
To compare this MP6 CPU with any tested processor please proceed to

Rise Technology AMD-K6-2/350 (2.2V ENGINEERING SAMPLE) benchmarks

The graphs below show up to 10 processors with aproximately the same level of performance in different types of applications. All processors were tested at nominal frequency (not overclocked), with stock heatsink and default BIOS settings. To see how the AMD-K6-2/350 (2.2V ENGINEERING SAMPLE) compares to other CPUs please see benchmark tools section above.

Benchmarked processor

CPU ID: 0504h

CPU vendor string: RiseRiseRise

Integer performance

Part number Result

AMD K6 266MHz AMD-K6-266MHZ (2.2V ENGINEERING SAMPLE) ?

111.4%

IBM 6x86MX 6X86MX-233GP (2.9V 75 MHZ) ?

104.2%

AMD K5 133MHz AMD-K5-PR200ABX ?

102.8%

AMD K5 133MHz AMD-K5-PR200ABX ?

102.6%

Rise Technology MP6 200MHz MP6440DPF-ES (2.7V 2X100 MHZ) ?

100.2%

Rise Technology MP6 200MHz MP6441DPFH4-Q ?

100%

AMD K6 233MHz AMD-K6/233APR ?

99%

Cyrix 6x86MX 166MHz 6X86MX-PR200 (66MHZ 2.9V) ?

95.2%

AMD K5 AMD-K5-PR166ABR ?

89.8%

Cyrix 6x86MX 208MHz 6X86MX-PR266 (83MHZ 2.7V) ?

89.6%

IBM 6x86MX 6X86MX-266GP (2.9V 83MHZ 2.5X) (SAMPLE) ?

89.4%

Floating Point performance

Part number Result

Intel Pentium MMX 233MHz BP80503233 ?

123.3%

AMD K6 200MHz K6/200ALR ?

112.9%

AMD K6 200MHz AMD-K6/PR200 (BLACK ES) ?

111.4%

Intel Pentium MMX 200MHz FV80503200 ?

105.7%

Intel Pentium 200MHz FV80502200 ?

103.8%

Rise Technology MP6 200MHz MP6440DPF-ES (2.7V 2X100 MHZ) ?

100%

Rise Technology MP6 200MHz MP6441DPFH4-Q ?

100%

Intel Pentium MMX overdrive PODPMT60X180 ?

94.8%

AMD K6 166MHz AMD-K6-166ALR ?

93.8%

AMD K6 166MHz AMD-K6/PR166 (BLACK) (ES) ?

92.4%

Intel Pentium MMX 166MHz A80503166 ?

88.1%

Intel Pentium 166MHz A80502166 ?

86.7%

MMX / SSE / SSE2 performance

Part number Result

Intel Pentium MMX 233MHz BP80503233 ?

113.1%

AMD K6 266MHz AMD-K6/266AFR ?

102.1%

AMD K6 266MHz AMD-K6-266MHZ (2.2V ENGINEERING SAMPLE) ?

102.1%

Rise Technology MP6 200MHz MP6440DPF-ES (2.7V 2X100 MHZ) ?

100.4%

Rise Technology MP6 200MHz MP6441RPFH4-Q ?

100.3%

Rise Technology MP6 200MHz MP6441DPFH4-Q ?

100%

Intel Pentium MMX 200MHz FV80503200 ?

97.1%

Intel Pentium MMX 200MHz BP80503200 ?

97.1%

AMD K6 233MHz AMD-K6/233APR ?

89.2%

Intel Pentium MMX overdrive PODPMT60X180 ?

86.9%

Rise Technology MP6 166MHz MP6440DPF-ES (2.7V 2X83 MHZ) ?

83.4%

CPU ID

CPUID Tools

We don't have CPU ID information for the MP6 266 (rated); 200 (real) MHz CPU in our database. If you have this processor please use our CPUID tool to submit CPUID information. During submission, please specify family name, MP6441DPFH4-Q part number, and, most importantly, make the CPUID record public.
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Last modified: 8 May 2013