Compaq LTE 5000 series
| Company type | Product line |
|---|---|
| Industry | Computer hardware |
| Predecessor | Compaq LTE Elite series |
| Founded | 1995 |
| Defunct | 1997 |
| Successor | Compaq Armada series |
Area served | Worldwide |
| Products | Notebook computers |
| Parent | Compaq |
The LTE 5000 series was a line of notebook computers produced by Compaq between 1995 and 1997 under the LTE brand. This series was notable for being Compaq's inaugural implementation of Intel's original Pentium processors in their laptop models. Developed collaboratively with Taiwan-based manufacturer Inventec, which managed the entire production process, the LTE 5000 series represented the final iteration of the LTE lineup before it was succeeded by the Armada series in 1997.
Development and specifications
As the fourth and concluding generation of Compaq’s LTE notebooks, the LTE 5000 series arrived six years after the initial model launched in 1989. It followed the LTE Elite series from 1994, which encountered various technical difficulties and product recalls. These issues, combined with a poorly executed launch and the discontinuation of the earlier LTE Lite line, contributed to Compaq losing market share in the laptop segment, allowing competitors such as Toshiba to gain dominance within the U.S. market.
To address these challenges, Compaq entered into a partnership with Inventec in early 1995 to jointly design and manufacture its next-generation LTE notebooks. This collaboration expedited development timelines and leveraged Inventec’s advanced manufacturing capabilities in Taiwan. The LTE 5000 series thus became Compaq’s first laptop fully manufactured in Taiwan, signaling a renewed commitment to leadership in portable computing. Strategic hires, including Jeff Greenberg from Toshiba America Information Systems, further emphasized this focus.
The design of the LTE 5000 series was completely revamped, notably replacing the intricate internal AC adapter found in the Elite models with a conventional external power brick. A key innovation was the introduction of the MultiBay, a hot-swappable expansion slot that allowed users to interchange various components such as floppy disk drives, CD-ROM drives (a first for the LTE line), additional hard drives, or extra batteries—significantly enhancing modularity tailored for business professionals. Connectivity options were further extended through an optional docking station supporting multiple MultiBay units, additional PC Cards, and Ethernet networking.
This lineup marked Compaq’s debut of Intel’s multimedia-oriented Pentium processor within its laptops and featured integrated 16-bit audio playback capabilities beyond simple PC speaker sounds. Hardware video acceleration and an infrared port for PDA synchronization were included as well. Users could opt for an MPEG decoder card enabling real-time video streaming and output to TVs or projectors. Audio functions were driven by ESS Technology’s Sound Blaster-compatible AudioDrive chips, while OPTi’s PCI-based Viper chipset managed video processing and system operations. The traditional trackball mounted on the display bezel was replaced by IBM’s keyboard-embedded pointing stick to enhance user interaction.
Initial models came equipped with active-matrix LCDs featuring polarizers treated to improve contrast; however, this coating caused displays to appear dim when viewed from certain angles. Based on customer input, Compaq upgraded backlight inverters in subsequent releases to enhance brightness and overall visual experience.
Reception
Dwight Silverman from the Houston Chronicle commended the LTE 5100 for its rapid display refresh rate, "lightning-fast" hard drive seek times, and a "typically nice" Compaq keyboard. He described it as "excellent [for] anyone who has to do presentations on the road," emphasizing its flawless hardware-accelerated graphics streaming capabilities. While noting drawbacks such as display brightness and its relatively heavy weight at , Silverman characterized the LTE 5100 as an "everything-but-the-kitchen-sink approach" that outclassed competitors through feature richness. Similar assessments applied to the LTE 5300 model, which offered improvements in screen brightness and size.
Marty Jerome of PC/Computing rated the LTE 5100 four-and-a-half out of five stars, echoing praise for its video playback performance and surprisingly robust built-in speakers. Despite acknowledging its weightiness, he highlighted an excellent keyboard layout complemented by a comfortable wrist rest but criticized the optional CD-ROM drive for its slow 2× speed.
Brad Grimes from PC World regarded the LTE 5100 as "among the best" laptops tested at that time, recognizing it as the fastest notebook featuring a 90-MHz Pentium processor; however, he pointed out that its price exceeding $6,000 was uncompetitive. Melissa Riofrio reviewed a lower-RAM variant (8 MB) as sluggish compared to rivals and still overpriced at $5,400. Grimes later praised the LTE 5250 model for its processor speed, durable chassis and keyboard quality, excellent speakers, and extended battery life but found fault with its small and dim display. The LTE 5150 was considered a reasonable alternative despite sporting a lower-quality passive-matrix screen.
Bruce Brown from PC Magazine, evaluating the LTE 5300, described it as a dependable choice for high-quality multimedia presentations and a solid option for corporate users despite its steep price tag exceeding $6,600. Benchmark tests revealed average computational and graphics performance but very good battery longevity. In a comparison between the LTE 5300 and Dell’s Latitude XPi P133ST model, Michael Caton of PC Week favored Compaq’s modular design and docking station suitability as desktop replacements but acknowledged Dell’s advantage in processing speed and graphics capabilities.
Rex Farrance of PC World reviewed the LTE 5400 model, noting its premium pricing but praising its "above-average reliability, exceptional service, flawless build quality, and an attractive screen." Its 150-MHz processor delivered only modestly above-average performance; battery life and storage capacity were considered mediocre.
Legacy
Following the introduction of the Armada series in 1996, Compaq began phasing out the LTE lineup with the release of the 5000 series. Production of the final LTE 5000 units concluded by mid-June 1997. The Armada line signified Compaq’s renewed commitment to producing laptops in-house, thereby ending its collaboration with Inventec.
A 2016 Jalopnik article highlighted that the Compaq LTE 5280, launched in 1996, was still utilized by McLaren Automotive for servicing the McLaren F1 supercar—recognized as the current () record holder for the fastest production vehicle powered by a naturally aspirated engine. Out of the 106 F1 cars manufactured, 100 remained functional as of 2016. The vehicle’s on-board diagnostics (OBD) system was specifically engineered around the Compaq LTE as its diagnostic tool. Technicians depend on software running on the LTE 5280, which features a custom conditional access (CA) card to safeguard against unauthorized use and protect the diagnostic software. Although a software emulator for the CA card was developed later, McLaren continues to maintain an inventory of LTE 5280 units as backup devices.
Models
}External links
- Archived version of the official Compaq LTE 5000 series notebook website (as of December 25, 1996)
| Model | Release date | Processor | Clock speed (MHz) |
LCD technology | LCD size (in.) |
LCD resolution |
Stock memory (max., in MB) |
HDD | CD-ROM drive |
|---|---|---|---|---|---|---|---|---|---|
| LTE 5000 Model 510 CSTN | Template:Date table sorting | Intel Pentium | 75 | Passive-matrix color | 10.4 | 640×480 | 8 or 16 (72) | 510 MB | Optional |
| LTE 5000 Model 810 CSTN | Template:Date table sorting | Intel Pentium | 75 | Passive-matrix color | 11.3 | 800×600 | 8 or 16 (72) | 810 MB | Optional |
| LTE 5000 Model 810 CTFT | Template:Date table sorting | Intel Pentium | 75 | Active-matrix color | 10.4 | 640×480 | 8 or 16 (72) | 810 MB | Optional |
| LTE 5100 Model 810 CTFT | Template:Date table sorting | Intel Pentium | 90 | Active-matrix color | 10.4 | 800×600 | 8 or 16 (72) | 810 MB | Optional |
| LTE 5100 Model 810 CD CTFT | Template:Date table sorting | Intel Pentium | 90 | Active-matrix color | 10.4 | 800×600 | 8 or 16 (72) | 810 MB | Included |
| LTE 5150 Model 810 CSTN 800×600 | Template:Date table sorting | Intel Pentium | 100 | Passive-matrix color | 11.3 | 800×600 | 8 or 16 (72) | 810 MB | Included |
| LTE 5200 Model 1350 CTFT | Template:Date table sorting | Intel Pentium | 120 | Active-matrix color | 10.4 | 800×600 | 8 or16(72) | 1.35 GB | Optional |
| LTE 5250 Model 810 CTFT 800×600 | Template:Date table sorting | Intel Pentium | 120 | Active-matrix color | 10.4 | 800×600 | 8 or16(80) | 810 MB | Included |
| LTE5280Model810CTFT800×600 | Template:Date table sorting | Intel Pentium | 120 | Active-matrix color | 11.3 | 800×600 | 8 or16(80) | 810 MB | Included |
| LTE5280Model1350CTFT800×600 | Template:Date table sorting | Intel Pentium | 120 | Active-matrix color | 11.3 | 800×600 | 8 or16(80) | 1.35 GB | Included |
| LTE5300Model1350CTFT800×600 | Template:Date table sorting | Intel Pentium | 133 | Active-matrix color | 12.1 | 800×600 | 8 or16(80) | 1.35 GB | Included |
| LTE5300Model2160CTFT800×600 | Template:Date table sorting | Intel Pentium | 133 | Active-matrix color | 12.1 | 800×600 | 8 or16(80) | 2.16 GB | Included |
| LTE5380Model2160CTFT1024×768 | Template:Date table sorting | Intel Pentium | 133 | Active-matrix color | 12.1 | 1024×768 | 8 or16(80) | 2.16 GB | Included |
| LTE5400Model2160CTFT800×600 | Template:Date table sorting | Intel Pentium | 150 | Active-matrix color | 12.1 | 800×600 | 8 or16(80) | 2.16 GB | Included |