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TH E <br />� '. <br />COMPACTN ESS <br />OF DESIGN AN D <br />;: The e�tire 160 Computer — including all <br />y�� printed-circuit mod�zles, magnetic core mem- <br />tir �` ary, and control wiring — is contained with- <br />y*cJ <br />;,� in a cabinet the size of an ordinary office <br />r��` desk. The printed-circuit modules, like those <br />�� <br />��; � used in the large-scale 1604 Computer, op- <br />�J` erate with a 5 megacycle phase rate. A high <br />�� `� <br />���� ' degree of. standardization has been achieved <br />Y <br />��4` ` ; in the circuit design of the 160, e.g., only <br />��j ���° two 'power supply voltages and two signal <br />�' ,� ;� . � ., <br />��.,� , , ,�. :y ' , �`' �levels are used. <br />,�r � > <br />;,, ��. �., � <br />HIGH SPEED <br />4PERATION <br />a r • i <br />; � � _ � $ � � � � � � <br />. <br />; <br />The 160 uses a high-speed parallel mode of operation. <br />The 160 is controlled by an internally stored program <br />located in sequential storage locations in the high-speed <br />magnetic core memory. Access to this memory is almost <br />instantaneous. Again, the 160 memory system is like the <br />one used in the 1604 Computer. This advanced design <br />makes the 160 one of the fastest solid state computers <br />in the low price field ... as the following sgeeds indicate: <br />'� i�' "'`.�,�ti%4t� ��.�,+��� — ,, <br />�' ( ���"a�k n�� sk''�yx'K�'�s'� �'.�. <br />..a:,�:i. ,lµ c , ff fr 1,r <br />,j C <br />,�116�+•' ffiS . <br />� h: �: <br />..r�` <br />�,, iP� <br />,�„ <br />;` <br />i4Ty . + <br />�,� ����� <br />, �..�+,t �::�,������,k �3���r.�� <br />y <br />, . ,. � �.;�. <br />