The PowerBook 500 series was introduced on May 16, 1994, with the high-end active matrix LCD PowerBook 540c and 540, with the passive matrix 520c and 520 soon after. One of its marketing highlights was the promise of a PowerPC upgrade to its CPU and PC Card (
PCMCIA) expansion. The introduction of this model came at the time of Apple's changeover to the new PowerPC chip from the 68k line of CPUs, and Apple's advertising and promise of the PowerPC was the cause of headaches to the company. The strong demand for its ground-breaking design and Apple's incorrect market prediction that customers would wait for the fully PowerPC PowerBooks resulted in shortages early on. In August 1995 the 540 was dropped from the line, 8 MB of additional memory and the modem was offered installed from the factory, hard drive capacity was increased (from 160 and 240 to 320 and 500 MB), and the installed system upped from System 7.1.1 to 7.5. The PC Card Cage was also released, allowing Macintosh users to add PCMCIA capability to their laptops for the first time. In 1995, Apple Japan introduced an updated version, called the 550c, with a bigger display (10.4-inches), CPU with FPU (
68040), bigger hard drive, and Japanese keyboard with black case. It was only sold in Japan and never received FCC certification. With delays for the new PowerPC PowerBook 5300, demand for the PPC upgrade mounted, and
Newer Technology began to market the upgrade before Apple did, although they had produced the upgrade modules for Apple first. They also offered 117 MHz versions over Apple's "100 MHz" (actually 99 MHz) offering. Soon thereafter, Newer Technology introduced a 167 MHz model that outperformed the fastest
PowerBook 5300, the $6,800 5300ce, at a time when problems with that line became a real issue to Apple. About the time Apple introduced the
PowerBook 1400, Newer Technology introduced a 183 MHz upgrade with 128 KB of L2 cache that kept it ahead of the power curve in performance. Newer Technology stated they could not produce more of the 183 MHz upgrades because the supply of connectors was exhausted. == Impact on the industry ==