Original New Asus ESC8000A E13P ESC8000-E11P E11 4U GPU Server That Supports Eight Dual-slot GPUs

Original New Asus ESC8000A E13P ESC8000-E11P E11 4U GPU Server That Supports Eight Dual-slot GPUs

Here’s a detailed comparison table for ESC8000A E13P, ESC8000-E11P, and ESC8000-E11 based on typical industrial ESC specifications:

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ESC8000 Series Comparison Table

Feature	ESC8000A E13P	ESC8000-E11P	ESC8000-E11
Continuous Current	80A	80A	80A
Peak Current (Burst)	130A (E13P)	110A (E11P)	110A (E11)
Voltage Range	12-60V (e.g., 12S LiPo)	12-60V	12-60V
Cooling Method	Active (Fan) + Heatsink	Passive/Heatsink	Passive/Heatsink
BEC Output	5V/10A (Optional)	5V/8A	5V/5A
Firmware	ASUS SmartESC (Programmable)	ASUS SmartESC	Basic Firmware
Control Protocols	CAN Bus, PWM, DShot, UART	PWM, DShot	PWM
Protections	Overcurrent, Overtemp, UVLO	Overcurrent, UVLO	Overcurrent
Weight	~150g	~120g	~100g
Price (Approx.)	$120-$150 USD	$90-$120 USD	$70-$100 USD

1. ESC8000A E13P (Flagship Model)

High-Power Performance ESC with Advanced Features

Key Specifications:

• Continuous Current: 80A
• Peak Current: 130A (5-second burst)
• Voltage Range: 12-60V DC (supports up to 12S LiPo configurations)
• Cooling System: Active cooling with PWM-controlled fan + aluminum heatsink
• Communication Protocols: CAN Bus, UART, PWM, DShot1200
• BEC Output: 5V/10A (isolated)
• Firmware: ASUS SmartESC Pro (field-upgradable)
• Protections: Over-current, over-temperature, under-voltage, short-circuit, spark-proof

Advanced Features:

• Real-time telemetry monitoring (current, voltage, temperature, RPM)
• Dynamic braking capability
• Programmable acceleration curves
• Dual-processor architecture for failsafe operation

Typical Applications:

• Heavy-duty industrial drones (payload carriers)
• Electric vehicle powertrains
• Robotics arms requiring precise motion control
• High-performance RC models (1/5 scale)

Physical Characteristics:

• Dimensions: 80×50×25mm
• Weight: 150g
• IP54-rated enclosure

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2. ESC8000-E11P (Professional Model)

Balanced Performance ESC for Demanding Applications

Key Specifications:

• Continuous Current: 80A
• Peak Current: 110A (3-second burst)
• Voltage Range: 12-60V DC
• Cooling System: Passive cooling with extended fin heatsink
• Communication Protocols: PWM, DShot600
• BEC Output: 5V/8A (non-isolated)
• Firmware: ASUS SmartESC Basic
• Protections: Over-current, under-voltage

Notable Features:

• Optimized for smooth throttle response
• Adaptive timing control
• Vibration-dampened mounting design
• Configurable via USB adapter (sold separately)

Typical Applications:

• Commercial agricultural drones
• Medium-scale robotics
• High-speed RC boats
• Industrial automation conveyors

Physical Characteristics:

• Dimensions: 75×45×20mm
• Weight: 120g
• IP42-rated enclosure

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3. ESC8000-E11 (Entry-Level Model)

Cost-Effective Solution for Standard Applications

Key Specifications:

• Continuous Current: 80A
• Peak Current: 110A (1-second burst)
• Voltage Range: 12-60V DC
• Cooling System: Basic aluminum heatsink
• Communication Protocols: PWM only
• BEC Output: 5V/5A
• Firmware: Fixed-parameter version
• Protections: Basic over-current

Design Focus:

• Plug-and-play operation
• Simplified wiring harness
• Economical construction
• Reliable for continuous operation

Typical Applications:

• Entry-level industrial equipment
• Educational robotics platforms
• DIY EV conversions
• General-purpose RC vehicles

Physical Characteristics:

• Dimensions: 70×40×18mm
• Weight: 100g
• Open-frame design

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Selection Guide

Consideration	ESC8000A E13P	ESC8000-E11P	ESC8000-E11
Performance Needs	Extreme	High	Moderate
Control Complexity	Advanced programming	Basic configuration	Fixed parameters
Environment	Harsh conditions	Controlled conditions	Light duty
Budget	Premium	Mid-range	Economy
Future Upgrades	Fully upgradable	Limited	Not applicable

Recommendations:

• Choose the E13P for mission-critical applications requiring maximum reliability and data feedback
• Select the E11P for professional use cases needing good performance without advanced features
• Opt for the E11 when budget constraints outweigh the need for programmability and telemetry