What socket type does the HP ProLiant DL380 Gen11 server utilize?

It utilizes an LGA 4677 socket, which supports Intel Xeon Scalable 4th Gen (Sapphire Rapids) and 5th Gen (Emerald Rapids) processors.

Which processor series corresponds to the 5th Gen CPUs for this server?

The 5th Gen processors are referred to as Emerald Rapids.

What is the key consideration when applying thermal paste to these new CPUs?

It is crucial to use enough thermal paste for cooling but not so much that it runs over the edges and contaminates the tightly packed 4,677 pins in the socket.

How does the installer ensure the new CPU is correctly oriented before seating it?

The correct orientation is verified by aligning the gold triangle etched on the CPU PCB, the triangle on the heatsink clip, and the corresponding triangle on the motherboard CPU socket.

What type of screwdriver bit is necessary for removing the heatsink on the DL380 Gen11?

A T30 bit is required to loosen the screws holding the heatsink in place.

What is the required action if a CPU with a TDP higher than 150 is installed?

If the CPU TDP is higher than 150, high-performance fans must be used to ensure adequate cooling.

HPE ProLiant DL380 Gen 11 Processors | Intel Scalable Xeon 4th & 5th Gen | LGA4677

HP ProLiant DL380 Gen11 Processor Overview
📌 The HP ProLiant DL380 Gen11 server supports the LGA 4677 socket, utilizing Intel Xeon Scalable fourth-gen (Sapphire Rapids) and fifth-gen (Emerald Rapids) processors.
⚙️ Processors are categorized into three tiers for recommendation: Low-end (budget-conscious), Value (sweet spot), and High-end (most expensive/best performing).
📊 High-end options include 64-core Platinum series processors like the 8592+, 8592V, and 8593Q, which are fifth-gen scalable.

CPU Recommendation Tiers and Examples
⭐ Low-end (Silver): Examples include the 4410T, 4410Y, and 4416+, featuring 10, 12, and 20 cores, respectively; suitable for budget constraints or Microsoft core licensing considerations.
🌟 Value (Gold): Recommended models are the 5423, 5418Y, and 6430, offering 20, 24, and 32 cores, representing a better balance of cost and specs.
💎 High-end (Platinum): These are the top performers (5th gen), such as the 8592+, 8592V, and 8593Q, all featuring 64 cores.

Physical CPU Replacement Procedure
🛠️ Essential tools required include a T30 bit for the heatsink screws, a rag, and thermal paste.
🌡️ It is crucial to apply the correct amount of thermal paste; too much risks it leaking onto the 4,677 pins on the CPU/socket.
⬆️ CPU removal involves loosening the four T30 screws, rotating the retaining clips vertically, lifting the heatsink, and releasing the CPU from the black retention clip using a small bar/hinge mechanism.
📐 Orientation for installation is determined by matching the gold triangle indicator on the CPU PCB, heatsink clip, and the motherboard socket.

Installation and Final Checks
🔄 Installation is the reverse of removal, ensuring the CPU is correctly aligned via the triangles and that the CPU is fully seated under all four black clips.
🔩 Tighten the heatsink screws using a zigzag pattern to ensure even pressure distribution across the CPU.
⚠️ If the CPU TDP is higher than 150 TDP, high-performance fans are required for adequate cooling.

Key Points & Insights
➡️ The DL380 Gen11 utilizes Intel Xeon 4th and 5th Gen Scalable processors in an LGA 4677 socket.
➡️ Proper thermal paste application is critical due to the high pin count ($4,677$ pins) to prevent shorting or cooling issues.
➡️ When installing, align the gold triangles on the CPU, heatsink, and motherboard socket for correct orientation.
➡️ Users should select processors based on defined tiers (Low-end, Value, High-end) matching budget and performance needs.

📸 Video summarized with SummaryTube.com on Jan 03, 2026, 14:25 UTC

HPE ProLiant DL380 Gen 11 Processors | Intel Scalable Xeon 4th & 5th Gen | LGA4677 | CPU Install

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