Temperature test machine

life cyclefully-automaticcomputer-controlled

Key message
Autonomous control of the DUT heater to minimize energy consumption

Overview
The Ovenless Burn‑In & HTOL solution from Cosmic is a rack‑based, eco‑efficient alternative to traditional burn‑in ovens. Designed for high‑density device testing, the platform pairs a Burn‑In System (BIS) with racks featuring 24 internal slots (each slot can host up to 120 devices) to enable fully automated, large‑scale burn‑in and HTOL cycles while providing independent per‑DUT thermal control.

Reasons Why

• Only ovenless Burn‑In approach available on the market
• Lower energy consumption and reduced cooling needs compared to traditional ovens
• Positive ESG impact through reduced power, footprint and cooling requirements
• Faster thermal ramp‑up and cool‑down with precise per‑DUT temperature regulation
• Fully automated and SECS‑GEM / Industry 4.0 ready for production integration

Features / Configurations

• 60 sites double Vcore
• 80 sites single Vcore
• 120 sites single Vcore

Product Presentation — main advantages
The system is a rack‑based platform composed of a Burn‑In System (BIS) and racks with internal slots for high throughput. It enables fully automated, large‑scale burn‑in and HTOL cycles while delivering per‑DUT thermal control, improved temperature uniformity, reduced facility footprint and lower cooling and energy requirements. The platform is cleanroom‑ready and suitable for direct integration into production lines across automotive, medical, MEMS, consumer electronics, aerospace & defence, industrial and power semiconductor markets.

Technical specifications

• Number of test sites: 1440 (60‑site double Vcore configuration)
  1920 (80‑site single Vcore configuration)
  2880 (120‑site single Vcore configuration)
• Dimensions (D × W × H): 1300 mm × 1200 mm × 2000 mm
• Platform structure: rack‑based platform with BIS and racks (24 internal slots per rack; up to 120 devices per slot)
• VCORE1 SUPPLY: 2× site (fully independent) @0.6–3.6V (60‑site config)
  1× site (fully independent) @0.6–3.6V (80/120 single Vcore)
• VCORE2 SUPPLY: 2× site (each channel shared on 5 sites) @0.6–3.6V (60‑site)
  1× site (each channel shared on 5 sites) @0.6–5.0V (80‑site single Vcore)
  1× site (each channel shared on 5 sites) @0.6–3.6V (120‑site single Vcore)
• VIO SUPPLY: 1× site (each channel shared on 10 sites) @1.65–5.5V (all configurations)
• Independent Digital Channels: 10× site (4 DRIVERS, 2 RECEIVERS, 4 BIDIRECTIONALS) (60‑site)
  5× site (2 DRIVERS, 1 RECEIVER, 2 BIDIRECTIONALS) (80‑site & 120‑site single Vcore)
• Shared Digital Channels: 15 DRIVERS × site (each channel shared on 5 sites) (all configurations)
• Measurements / Instruments (per rack): Diode Measure: 60 / 80 / 120; Heater Controls: 60 / 80 / 120; Heater Resistance Measure: 60 / 80 / 120; Voltage Measure: 60 / 80 / 120
• Automation & integration: fully automated; SECS‑GEM compliant; Industry 4.0 ready; cleanroom‑ready
• Operational benefits: reduced energy consumption and cooling needs, smaller facility footprint, faster thermal cycling and improved per‑DUT temperature uniformity
• Manufacturer / Brand: Cosmic
• Target applications: automotive, medical, MEMS, consumer electronics, aerospace & defence, industrial and power semiconductors