Apple 6300 CD-ROM specifications, Data, Audio capacity

Page 3

CD-ROM specifications

m

Disc diameter

120 millimeters (4.7 inches)

 

 

and 80 mm (3.1 inches)

m

Scanning velocity

1.2–1.4 meters per second (normal speed)

mRotation speed (varies over radius):

Normal speed

~530 to 230 revolutions per minute (rpm)

Double speed

~1060 to 460 rpm

Eight-times speed

~4240 to 1840 rpm

mAverage latency (varies over radius):

Normal speed

~55 to 130 milliseconds (ms)

Double speed

~27.5 to 65 ms

Eight-times speed

~6.88 to 16.25 ms

m Blocks per rotation

~8.4 to 19.5 variable

mAverage access time (typical):

 

Normal speed

380 ms

 

Double speed

270 ms

 

Eight-times speed

160 ms

Data

 

m

Data capacity

656 megabytes (MB), Mode 1

 

 

748 MB, Mode 2

m Number of blocks per disc

336,150

m

Data per block

2048 bytes, Mode 1

 

 

2336 bytes, Mode 2

m

Address description

Minutes, seconds, blocks

Audio capacity

 

m

Playing time

74 minutes, 42 seconds

3

Image 3
Contents Technical Information Disk drives Main unitProcessor MemoryCD-ROM specifications DataAudio capacity Laser Power consumption typicalModes supported Data streaming and transfer ratesClock/calendar Video modesCompatible monitors SoundAdditional interfaces Additional featuresOperating temperature Storage temperatureAC line input WeightDimensions Apple Desktop Bus power requirementsApple Computer, Inc. All rights reserved

6300 specifications

The Apple 6300, a notable member of the Apple Macintosh family, was introduced in the early 1990s as a part of Apple's effort to expand its desktop computing capabilities. The 6300 is particularly recognized for its combination of performance, design, and user-friendly features, which were hallmarks of Appleā€™s approach to personal computing during that era.

One of the standout features of the Apple 6300 is its PowerPC architecture, which provided enhanced processing power and efficiency compared to its predecessors. This architecture was developed through a partnership with IBM and Motorola, marking a significant shift from the Motorola 68000 series that previously powered Macintosh computers. The integration of the PowerPC processor allowed for improved multitasking capabilities and better overall system performance, catering to a wide range of applications from productivity software to graphics-intensive tasks.

The Apple 6300 typically came equipped with a 100 MHz PowerPC 603 processor, which provided substantial speed improvements for users. It could support up to 128 MB of RAM, enabling better performance for applications that required larger amounts of memory. Additionally, the machine boasted an integrated SCSI controller for connecting external devices, which was essential for users who needed to expand their system capabilities through peripherals like printers and external storage.

Another significant characteristic of the Apple 6300 was its graphics performance. The system featured an accelerated graphics architecture that supported both 2D and 3D graphics rendering, making it suitable for graphic design, video editing, and gaming applications prevalent in the early '90s. Users appreciated the vibrant color output and clarity that the machine provided, bolstering its appeal among creative professionals.

Connectivity was also a strong point for the Apple 6300. It included both an Ethernet port for networking and multiple serial ports for connecting to various peripherals, ensuring that users had flexibility in their setup. The inclusion of a CD-ROM drive further expanded its capabilities, allowing for easy software installations and multimedia experiences.

The Apple 6300 was available in a compact desktop form factor, which was designed to save space while maximizing accessibility. Its stylish design and intuitive interface aligned with Apple's commitment to creating user-friendly products, contributing to its popularity in homes and offices alike.

In summary, the Apple 6300 represents a significant point in Apple's history, marked by advancements in processor technology, graphics capabilities, and user-centered design. Its legacy can be seen in how it paved the way for future Macintosh systems, emphasizing performance, connectivity, and ease of use.