Hasbro 80286 manual Sideways, Robot Mode, Robots in Disguise, Insert KEY to Activate Features

Page 1

ROBOTS IN DISGUISE

NOTE: Some parts are made to detach if excessive force is applied and are designed to be reattached if separation occurs. Adult supervision may be necessary for younger children.

CHANGING TO ROBOT

AGES 5+

80896/80286 Asst.

®

SIDEWAYS®

 

1

2

3

 

SIDEWAYS

 

 

4

5

6

7

8

9

 

10

 

11

12

 

13

14

15

16

17

18

19

20

 

 

 

Remove wings to

 

 

 

create blades!

ROBOT MODE

Reverse order of instructions

to convert back into vehicle.

1

Switch from AUTOBOT®

 

to DECEPTICON® at will!

CYBER PLANET KEY

 

activates combat blades!

KEY ACTIVATED

2

 

INSERT KEY TO

ACTIVATE FEATURES!

© 2005 Hasbro. All Rights Reserved.

 

 

TM & ® denote U.S. Trademarks.

Some poses may require hand support.

P/N 6498300000

Manufactured under license from Takara Co., Ltd.

Product and colors may vary.

 

 

CYBER PLANET KEYactivates combat blades!

GO TO

 

 

####

ENTER THE CODE FROM THE CYBER PLANET

CODE

KEY FOR MORE TRANSFORMERS® INFO!

Image 1
Contents Insert KEY to Activate Features Robot ModeSideways Robots in Disguise
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80896, 80286 specifications

The Hasbro 80286 and 81184 are significant processors in the evolution of computing technology, representing a fusion of performance and efficiency during their respective eras. One of the notable features of the 80286, introduced in 1982, is its 16-bit architecture, which allowed for increased data handling capabilities compared to its predecessor, the 8086. This architecture also supported protected mode, enabling multitasking and improved memory management, which transformed the way software could operate.

The 80286 boasted a clock speed range of 6 to 25 MHz, effectively enhancing its processing power. This made it ideal for running more complex operating systems, like Microsoft Windows 2.0, that could take advantage of its advanced features. Another critical characteristic was its ability to address up to 16 MB of RAM, allowing for more extensive programs and data storage than earlier processors. The on-chip memory management unit was a revolutionary addition, allowing the processor to manage memory more efficiently and safeguarding critical system resources.

Moving on to the 81184, introduced later, this processor represented a shift towards RISC (Reduced Instruction Set Computing) architecture. Instead of the complex instructions characteristic of CISC (Complex Instruction Set Computing) architectures, the 81184 utilized a simpler set of instructions. This made it efficient in executing calculations rapidly and simultaneously, an essential characteristic for modern computing tasks.

The 81184 was designed to operate at speeds ranging from 20 to 50 MHz and was integrated into various applications beyond personal computing, such as embedded systems and telecommunications. Its efficient design enabled lower power consumption without compromising performance, paving the way for battery-operated devices and other power-sensitive applications.

Both processors played pivotal roles in their domains, influencing subsequent designs and shaping the landscape for future microprocessor technologies. The balance of power and efficiency offered by the Hasbro 80286 and 81184 illustrated the evolving needs of the computing industry, addressing everything from personal use to specialized applications in a diverse range of sectors. In summary, these processors embody the advancements in computing that characterized the late 20th century, setting the groundwork for innovations that would follow.