hp Z8 Fury G5 Workstation Architecture User Guide
- June 16, 2024
- HP
Table of Contents
hp Z8 Fury G5 Workstation Architecture
Specifications
- System Highlights: Extreme Workstation Performance
- Latest Technologies : Upgrade to Boot Guard Gen 1.1, PCHC Firmware Component, DDR5 Memory Technology
- I/O and Storage:
- Internal I/O: 8 high-performance Graphics and I/O slots including 2 PCIe5 x16, 2 PCIe4 x16, 1 PCIe5 x4, 2 PCIe4 x4, and 1 PCIe3 x8 dedicated electrical slots. Also supports 2 PCIe4 x8 electrical slots for 4 internal M.2 PCIe-attached storage devices.
- External I/O: Front I/O area can be configured in two ways. Rear I/O area provides 4 USB 3.1 Gen1 ports via a hub, 2 direct USB3.2 Gen1 ports, 2 gigabit Ethernet LAN ports, audio Line-In, audio Line-Out, and PS/2 ports. Additional rear I/O ports can be added via PCIe add-in cards.
- Graphics : Supports up to six 75W cards or up to four 300W cards depending on system and power supply configurations.
Product Usage Instructions
Internal I/O Configuration
- Open the HP Z8 Fury G5 workstation chassis.
- Identify the available high-performance Graphics and I/O slots.
- Insert the desired PCIe cards into the corresponding slots, ensuring a secure fit.
- If using M.2 PCIe-attached storage devices, insert them into the available PCIe4 x8 electrical slots.
- Connect the necessary cables to the internal USB headers as needed.
External I/O Configuration
- Identify the front and rear I/O areas on the HP Z8 Fury G5 workstation.
- For front I/O configuration, choose one of the available options and follow the provided instructions.
- For rear I/O configuration, connect the desired devices to the available ports, such as USB devices, Ethernet cables, audio devices, etc.
- If additional rear I/O ports are required, install the appropriate PCIe add-in cards and connect the devices accordingly.
Graphics Configuration
- Determine the power supply and configuration support for the HP Z8 Fury G5 workstation by using the configurator on hp.com.
- Based on the supported configuration, install the desired graphics cards into the available slots.
- Ensure that the graphics cards are securely connected and properly powered.
FAQ
- Q: How many PCIe slots does the HP Z8 Fury G5 have?
- A: The HP Z8 Fury G5 provides a total of eight high-performance Graphics and I/O slots, including two PCIe5 x16, two PCIe4 x16, one PCIe5 x4, two PCIe4 x4, and one PCIe3 x8 dedicated electrical slots.
- Q: How many M.2 PCIe-attached storage devices does the HP Z8 Fury G5 support?
- A: The HP Z8 Fury G5 supports up to four internal M.2 PCIe-attached storage devices using two PCIe4 x8 electrical slots.
- Q: What are the available external I/O ports on the HP Z8 Fury G5?
- A: The rear I/O area of the HP Z8 Fury G5 provides 4 USB 3.1 Gen1 ports via a hub, 2 direct USB3.2 Gen1 ports, 2 gigabit Ethernet LAN ports, audio Line-In, audio Line-Out, and PS/2 ports. Additional rear I/O ports can be added via PCIe add-in cards.
- Q: How many graphics cards can the HP Z8 Fury G5 support?
- A: Depending on the system and power supply configurations, the HP Z8 Fury G5 can support up to six 75W cards or up to four 300W cards. Please confirm power supply and configuration support using the configurator on hp.com.
Introduction
The HP Z8 Fury G5 is the successor to the HP Z8 G4 workstation. Its architecture introduces several improved functionalities and technologies including the latest Intel® Xeon W-3400 processors, DDR5 memory architecture, PCIe Gen 5 technology, front removable hot-swappable NVMe storage, improved thermal management and increased performance.
System Highlights
Extreme Workstation Performance
Z by HP innovations start with the customer to deliver the performance benefits
needed, whether it’s importing and working with large models and assemblies,
running complex simulations, or training complex deep learning and machine
learning models faster. The Z8 Fury G5 delivers powerful performance while
staying cool and quiet under high-performance workflows. With up to 56 cores in
a single CPU, this workstation unleashes the power of four high-end double-
wide GPUs with 2TB of DDR5 memory due to the transformative single socket
technology. Now you can breeze through even the most complex virtual
production, VFX, and deep learning.
HP Z8 Fury G5 product benefits include:
-
Relentless Power. Extraordinary Expandability.
Tackle the most complex workflows with up to a 56 core Intel® Xeon® W CPU1, up to 4 high-end GPUs, 2TB DDR5 RAM, 120 TB storage and 2,250W of power.2 Easily expand as work evolves with 8 PCIe slots (up to Gen 5), and 4 front accessible NVMe bays.3 -
Engineered to Stay Cool and Quiet.
Push your desktop workstation without disruptive noise. Smart fan control keeps the system whisper-quiet by tuning fan speeds in real-time using over 20 temperature sensors. Precisely placed vents and ducts streamline airflow and heat removal. -
Redundant Power. Reassuring Reliability.
Never worry that your PC will fail mid-project. For the first time in a Z desktop workstation, get a redundant power supply4 for built-in backup. This PC also undergoes 360K hours of rigorous testing5, military-standard testing5 and ISV certifications. -
Solutions for Smarter Workflows.
Remotely access the power of your Z with HP Anyware6. Get fast responsiveness and image quality even in high-end workflows. Save time with WSL27, enabling Linux to run in Windows. Get easy access to tools from the Z by HP Data Science Stack Manager8
HP and Sustainability
HP continues to be a dedicated player in the world of technology and
sustainability in order to help protect our shared future. Sustainably built,
this product contains 40% recycled plastics, 80% recycled packaging content,
and is EPEAT Gold and TCOv9 Certified. The production of this workstation
prevented materials from ending up in the ocean or a landfill, as its fans
contain ocean-bound plastic and all G5 products contain 10% post-industrial
recycled metal. HP has also taken steps to minimize the amount of polyvinyl
chloride in our products, as it is now only present in external power cables
and keyboard/mouse cables.
- *Based on US EPEAT® registration according to IEEE 1680.1-2018 EPEAT®. EPEAT® status varies by country. Visit www.epeat.net for more information.
- **Recycled plastic content percentage is based on the definition set in the IEEE 1680.1-2018 EPEAT standard.
- ***Fans contain up to 25% ocean-bound plastic by weight.
Latest Technologies
The Latest Intel® Processor
The HP Z8 Fury G5 Workstation uses the Intel® W790 Alder Lake-S chipset to
support the latest Intel® Xeon® W processors, including processors of up to 56
cores and up to 350W. Intel® Xeon® W processors utilize four integrated memory
controllers each supporting two DDR5 channels that increase memory bandwidth
by 50%. The architecture supports 112 PCIe lanes and includes PCIe Gen5
technology. The Intel® Xeon® W processors utilize four integrated memory
controllers, each supporting two DDR5 channels that increase the memory
capacity and bandwidth.
Next Generation Intel® Active Management Technology
New features for Intel® AMT 16.10 include:
- Upgrade to Boot Guard Gen 1.1.
- PCHC Firmware Component.
- Intel® Total Memory Encryption (Intel® TME).
DDR5 Memory Technology
The HP Z8 Fury G5 Workstation introduces support for DDR5 Registered DIMMs up
to 4400MHz at 2 DIMMs per channel and up to 4800MHz at 1 DIMM per channel. The
speed that the memory runs is determined by the processors and is limited to
4800MHz for the Intel® Xeon® W processor generation. The HP Z8 Fury G5
supports up to 2TB* of memory. NUMA and Non-NUMA modes are supported, and
dynamic power saving is enabled. ECC memory is supported.
*May not be available at launch
USB 3.2 Gen2x2 Type-C®
The HP Z8 Fury G5 configured with the Premium Front I/O module provides two
USB 3.2 Gen2x2 Type-C® ports in addition to two USB3.1 Gen1 Type-A ports. The
Type-C® ports each deliver up to 15W of power (3A @ 5V) when the system is
running. More information on USB Technology and Performance measurements can
be found in the “Resources, contacts, or additional links” section below.
I/O and Storage
Internal I/O
The HP Z8 Fury G5 provides a total of eight high-performance Graphics, and I/O
slots including two PCIe5 x16, two PCIe4 x16, one PCIe5 x4, two PCIe4 x4, and
one PCIe3 x8 dedicated electrical slots. It also provides two PCIe4 x8
electrical slots for four internal M.2 PCIe-attached storage devices. The Z8
Fury G5 also supports an optional Front Removable NVME storage and has four
PCIe4 x4 buses to support four front removable M.2. The HP Z8 Fury G5 provides
an internal 1-port USB3.0 header, an internal 2-port USB2.0 header and an
internal 1-port USB2.0 header.
External I/O
On the front I/O area, the HP Z8 Fury G5 can be configured two ways.
- The Entry Front I/O option provides 4 USB 3.1 Gen1 Type-A ports (the left-most supports battery charging), combo headset/microphone jack, and the option for an SD card reader.
- The Premium Front I/O option provides 2 USB3.2 Gen2x2 Type-C® ports, 2 USB3.1 Gen1 Type-A ports (the left-most supports battery charging), combo headset/microphone jack, and the option for an SD card reader.
In the rear I/O area, the HP Z8 Fury G5 provides 4 USB 3.1 Gen1 ports via a hub and 2 direct USB3.2 Gen1 ports, 2 gigabit Ethernet LAN ports, audio Line- In, audio Line-Out and PS/2 ports. Additional rear I/O ports can be added via PCIe add-in cards.
Storage
The HP Z8 Fury G5 supports six 6Gb/s SATA ports on the Intel® W790 Alder
Lake-S chipset’s SATA controller. The SATA controller operates in AHCI mode or
RAID mode and supports RAID modes 0, 1, 5 and 10. A header is provided for
installation of an Intel® VROC Upgrade Module to enable NVMe RAID.
Graphics
The HP Z8 Fury G5, depending on system and power supply configurations, can support up to six 75W cards, or up to four 300W cards. Confirm power supply and configuration support using configurator on hp.com.
Power Supply Options
The base chassis comes with a single power supply capable of supplying 1125W
(1450W @ 230V and is 90% efficient. The redundant/aggregate capable chassis
comes with two power supplies, each capable of the same power output and
efficiency as the single supply in the base chassis. This makes two modes of
operation possible.
- If the configuration’s power requirement is limited to less than 1125W (1450W @ 230V) and both PSUS are powered the system provides redundancy. If one PSU loses power for some reason, the remaining PSU picks up all of the load in almost all cases.
- If the configuration’s power requirement is more than 1125W (1450W @ 230V) the two power supplies can be used to supply up to 2250W (2900W @ 230V). There is no redundancy in this case.
Other Features
- Rear panel power on/off switch and LED for easier rack maintenance
- ENERGY STAR® qualified configurations, China’s Energy Conservation Program (CECP) configurations, European Union’s ErP LOT6 2013 power limit of 0.5W in Max Power Savings off mode.
- Intel® vPro™ manageability with support both for DASH and Intel® AMT (Advanced Manageability Technology) on all the Xeon® processors. IT managers have increased flexibility in optimizing their Enterprise manageability strategy across HP’s Commercial Laptops, Desktops and Workstations.
HP Z8 G5 vs HP Z8 G4 Feature Comparison
Figure 1: Z8 Fury G5 vs Z8 G4 Feature Comparison
| HP Z8 Fury G5 | HP Z8 G4 | |
|---|---|---|
| Processors | Intel® Xeon W Processor 4th Generation up to 350W | Intel® |
Xeon Scalable Processor
New Instruction Set| AMX (Advanced Matrix Extensions)| AVX-512 AES-NI
Memory Technology| DDR5: Registered DIMMs Up to 4800MHz| DDR4:
Registered DIMMs Up to 2933MHz
PCIe Support| PCIe Gen 4/5| PCIe Gen 3
USB Enhancement| Two USB 3.2 Gen2x2 Type-C® ports (Premium Front I/O op-
tion)| Two USB 3.1 Gen2 Type-C® ports (Premium Front I/O option)
USB SuperSpeed Ports| 6 Rear, 4 Front (Entry Front I/O) or 2 Front
(Premium Front I/O), 1 Internal| 6 Rear, 4 Front (Entry Front I/O) or 2 Front
(Premium Front I/O), 1 Internal
Manageability| Intel® ME16.10 Intel® vPro™| Intel® ME11, Intel® vPro™
Operating System| Windows 11 Pro for Workstations 64-bit| Windows 10
Professional 64-bit Windows 7 Professional 64-bit
HP Z8 Fury G5 Supported CPU Line-up at Introduction
Name| Clock Speed (GHz)| Cores| Cache (MB)| Memory Speed
(MHz)| TDP (W)
---|---|---|---|---|---
Intel® Xeon® w9-3495X processor| 1.9| 56| 105| 4800| 350
Intel® Xeon® w9-3475X processor| 2.2| 36| 82.5| 4800| 300
Intel® Xeon® w7-3465X processor| 2.5| 28| 75| 4800| 300
Intel® Xeon® w7-3455 processor| 2.5| 24| 67.5| 4800| 270
Intel® Xeon® w7-3445 processor| 2.6| 20| 52.5| 4800| 270
Intel® Xeon® w5-3435X processor| 3.1| 16| 45| 4800| 270
Intel® Xeon® w5-3433 processor| 2| 16| 45| 4400| 220
Intel® Xeon® w5-3425 processor| 3.2| 12| 30| 4800| 270
Intel® Xeon® w5-3423 processor| 2.1| 12| 30| 4400| 220
All processors feature Intel® vPro™ Technology, feature Intel® Turbo Boost Technology, and support hyperthreading.
Disclaimers:
Intel® vPro™ requires Windows 10 Pro 64 bit or higher, a vPro supported
processor, vPro enabled chipset, vPro enabled wired LAN and/or Wi-Fi 6E WLAN
and TPM 2.0. Some functionality requires additional third-party software in
order to run. Features of vPro Essentials and Enterprise vary. See
http://intel.com/vpro. Intel® Turbo Boost performance varies depending on
hardware, software and overall system configuration. See
www.intel.com/technology/turboboost
for more information.
HP Z8 Fury G5 Block Diagram and PCI-Express Performance
Integrated PCI-Express 5.0
The HP Z8 Fury G5 uses the Intel® Xeon® W processor family, with integrated
PCI-Express 5.0 controllers delivering a peak bandwidth of 64 GB/s per
direction (4 GB/s per lane). PCI-Express 5.0 is backward compatible with 1.0,
2.0, 3.0, and 4.0. All PCIe slots will train to the highest common speed. PCI-
Express slots will initialize at 1.0 and then transition to the max common
speed through a training sequence that involves multiple adaptive training
phases. It is recommended to carefully evaluate and validate PCI-Express
devices that are not available or supported by HP.
PCI-Express Performance
The HP Z8 Fury G5 integrates several features within the processor: multiple
PCIe 5.0 controllers, DMA caching, and four 2-channel memory controllers per
processor (2 DIMMs per channel). This produces excellent performance in I/0
bandwidth, remote bandwidth, and latency.
Figure 2: x16 Peak Bandwidth per Direction (GB/s)
Recipe for Optimizing PCI-Express I/O Performance
For high I/O bandwidth applications, the choice of slot loading, processor,
and memory configuration can be optimized to ensure maximum bandwidth
available. Applications and cards sensitive to I/O latency may benefit as well
from some of the tips below.
Recommended Configuration Steps
- Place GPU and graphics cards first, following the slot order listed in Figure 3.
- Place I/O cards next, from highest bandwidth to lowest, following the slot order listed in Figure 3. This is the optimal load order for most applications.
- Additional I/O bandwidth refinements may be possible. If necessary, refer to the tips below.
Figure 3: HP Z8 Fury G5 I/O Slot Recommended Load Order
Card Load
|
Card Description
|
Slot 1
|
Slot 2
|
Slot 3
|
Slot 4
|
Slot 5
|
Slot 6
|
Slot 7
|
Slot 8
|
Personal- ity 1
|
Personal- ity 2
---|---|---|---|---|---|---|---|---|---|---|---
PCIe5-
x16 CPU
|
PCIe5-
x4 CPU
|
PCIe5-
x16 CPU
|
PCIe4
-x4 PCH
| PCIe4-
x16 CPU
| PCIe3-
x8 CPU
| PCIe4-
x16 CPU
|
PCIe4
-x4 CPU0
|
PCIe4
-x8 CPU
|
PCIe4
-x8 CPU
1| 1st Graphics| | | Only| | | | | | |
2
|
2nd Graphics*
|
1
| | | |
3
| |
2
| | |
3
|
3rd Graphics
| | | | |
2
|
3
|
1
| | |
4| Thunderbolt-4 (2- port)| | | | | | | |
Only
| |
5| 4th Graphics| |
3
| | |
1
|
2
| | | |
6| 5th Graphics| |
2
| | | |
1
| | | |
7| 6th Graphics| |
Only
| | | | | | | |
8
| Z Turbo Drive Dual Pro (2x M.2 w/ Levers)| | | | | | | | |
1
|
2
---|---|---|---|---|---|---|---|---|---|---|---
9
| Z Turbo Drive Quad Pro (4x M.2 card)|
3
| | | |
2
| |
1
| | |
10
| Z Turbo Drive Dual Pro (2x M.2 w/ Bracket)|
3
| | | |
2
|
4
|
1
| | |
11| Network Interface (LAN, etc.)|
3
|
5
| | |
2
|
4
|
1
| | |
12| Network Interface (WLAN)| | | | | 4| 3| 2| 1| |
13| HP Anyware Integrat- ed Remote System Controller| |
5
| |
4
| |
3
|
2
|
1
| |
14| PS2/Serial Module| | 2| | 3| | 4| 5| 1| |
Additional Tips
- For applications doing direct bus Peer-to-Peer transfers between cards, load the corresponding cards in slots off the CPU.
- If possible, make sure all I/O cards are loaded in slots that have a PCI-Express Lane Width at least as wide as the card (see Figure 3).
- For predictable latencies, try disabling NUMA (Non-Uniform Memory Access) mode (BIOS setup menu -> Advanced -> Performance Options -> Non-Uniform Memory Access (NUMA) = Disable).
- For cards that are latency sensitive, load these cards in processor slots.
- Ensure Idle Power Savings BIOS setting is set to Normal (BIOS setup menu -> Advanced -> Power Options -> Idle Power Savings = Normal).
- Use the latest system BIOS version available on hp.com.
- Check for updates in the latest performance optimization white papers (link below).
HP Z8 Fury G5 Memory Configurations and Optimization
The purpose of this section is to provide an overview of the memory
configurations for the HP Z8 Fury G5 Workstation and to provide
recommendations to optimize performance.
Supported Memory Modules
Types of memory supported on an HP Z8 Fury G5 Workstation include:
- 16 GB, 32 GB and 64GB PC5-4800-R 4800 MHz DDR5 Registered DIMMs
- 128 GB PC5-4800 3DS 4800 MHz DDR5 3DS Registered DIMMs
- Single and dual rank DIMMs based on 16GB DRAMs are supported
- Quad and octal rank 3DS RDIMMs are supported
Types of memory NOT supported on an HP Z8 Fury G5 Workstation are:
- Unbuffered DIMMs
- Non-ECC DIMMs
- DDR, DDR2, DDR3, DDR4 DIMMs
See the Memory Technology White Paper for more memory module technical information.
Platform Capabilities
Maximum Capacity: 2TB
- A total of 16 memory sockets
- 4 Memory controllers with 2 channels per memory controller for a total of 8 channels and 2 sockets per channel
Speed
- 4800MHz, 4400MHz and 4000MHz memory speeds are supported in this platform
- For 1 DIMM per channel configurations, the max memory speed is 4800MHz
- For 2 DIMM per channel configurations, the max memory speed is 4400MHz
- Memory will operate at the speed of the slowest rated installed processor or DIMM
Mixing of DIMMs in a System
- Registered and 3DS LR DIMMs cannot be mixed in a system
- Mixing x4 DRAMs with x8 DRAMs is not supported.
- 16GB and 32GB RDIMMs supported by HP are x8 and can be mixed in a system
- 64GB RDIMMs supported by HP are x4 and cannot be mixed with other sized DIMMs in a system
Memory Features
This platform supports the new DDR5 technology:
- DDR5 supports higher bandwidths, capacities, and power efficiencies
- Improves reliability features
- DDR5 has increased technology efficiencies
- Adds support for on-die ECC
- On-die ECC is where the data stored on the memory module is monitored by the DRAM for errors
- Only single-bit errors are automatically corrected, multi-bit errors are not detected
- But system ECC is still supported on all RDIMMs
- Single-bit errors are automatically corrected
- Multi-bit errors are detected and will cause the system to immediately reboot and halt with an F1 prompt error message
- By way of comparison, non-ECC memory (not supported on this platform) does not detect or correct single-bit or multi-bit errors which can cause instability, or corruption of data, in the platform. See Memory Technology White Paper for more information.
Command and Address parity is supported
Command and Address errors are detected and will cause the system to
immediately reboot and halt with an F1 prompt error message.
This platform supports 4 memory controllers with 2 channels per memory controller for a total of 8 channels that increases system performance
Optimize Performance
System performance is largely based on the applications being used. Generally,
to obtain the best performance, it is advised that you follow the following
guidelines:
- For best performance, it is recommended to load memory into all memory controllers and channels. Since these platforms have 4 memory controllers and 8 channels, install memory in sets of 4 or 8.
- Proper individual DIMM capacity selection is essential to maximizing performance. Evenly distributing total desired memory across all operational channels and memory controllers will deliver the best performance.
- To increase overall performance, install multiple ranks in each channel. This can be accomplished by installing 2 single ranked DIMMs in the same channel.
- Maximum performance can be achieved by changing the OS power mode to Ultimate Performance in BIOS.
Figure 4: Optimal configurations for the HP Z8 Fury G5 (Note: the following tables do not include all available orderable configurations)
Configuration
| DIMM1 (Black)| DIMM2 (White)| DIMM3 (Black)| DIMM4 (White)| DIMM5 (Black)| DIMM6 (White)| DIMM7 (Black)| DIMM8 (White)| CPU| DIMM9 (White)| DIMM10 (Black)| DIMM11 (White)| DIMM12 (Black)| DIMM13 (White)| DIMM14 (Black)| DIMM15 (White)| DIMM16 (white)|
Rating
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---
16GB (1x16GB)| X| | | | | | | | | | | | | | | | | GOOD
32GB (2x16GB)| X| | | | | | | | | | | | | | | | X| GOOD
32GB (1x32GB)| X| | | | | | | | | | | | | | | | | GOOD
64GB (4x16GB)| X| | | | X| | | | | | | | X| | | | X| BETTER
64GB (2x32GB)| X| | | | | | | | | | | | | | | | X| GOOD
64GB (1x64GB)| X| | | | | | | | | | | | | | | | | GOOD
128GB (8x16GB)| X| | X| | X| | X| | | | X| | X| | X| | X| BEST
128GB (4x32GB)| X| | | | X| | | | | | | | X| | | | X| BETTER
128GB (2x64GB)| X| | | | | | | | | | | | | | | | X| GOOD
256GB (16x16GB)| X| X| X| X| X| X| X| X| | X| X| X| X| X| X| | X| BEST
256GB (8x32GB)| X| | X| | X| | X| | | | X| | X| | X| | X| BEST
256GB (4x64GB)| X| | | | X| | | | | | | | X| | | | X| BETTER
256GB (2x128GB)| X| | | | | | | | | | | | | | | | X| GOOD
512GB (16x32GB)| X| X| X| X| X| X| X| X| | X| X| X| X| X| X| X| X| BEST
512GB (8x64GB)| X| | X| | X| | X| | | | X| | X| | X| | X| BEST
512GB (4x128GB)| X| | | | X| | | | | | | | X| | | | X| BETTER
1TB (16x64GB)
|
X
|
X
|
X
|
X
|
X
|
X
|
X
|
X
| |
X
|
X
|
X
|
X
|
X
|
X
|
X
|
X
|
BEST
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---
1TB (8x128GB)
|
X
| |
X
| |
X
| |
X
| | | |
X
| |
X
| |
X
| |
X
|
BEST
2TB (16x128GB)
|
X
|
X
|
X
|
X
|
X
|
X
|
X
|
X
| |
X
|
X
|
X
|
X
|
X
|
X
|
X
|
X
|
BEST
Loading Rules
- Load the memory modules in order of size, starting with the largest module and finishing with the smallest module.
- Each channel includes two DIMM sockets; black and white connector pairs represent a channel. The DIMMs should be loaded first in the black sockets and then in the white sockets. The DIMMs should be loaded starting with the DIMM furthest from the CPU, with the first DIMM loaded in the right most socket and alternating sides of the CPU.
- See the figure below for loading order.
Figure 5 : Loading order for single
Summary
The memory configurations of the HP Z8 Fury G5 Workstation have been
specifically crafted to meet strict long-term reliability standards with an
optimized performance that provides users with seamless functionality. Design,
cooling, and power solutions were validated to ensure DIMMs met max
performance. HP values product quality and end user productivity, which is why
the products discussed in this document are backed by HP’s warranty. For more
information, visit https://www.hp.com/us-en/workstations/desktop-workstation-
pc.html.
Resources, Contacts, or Additional Links
Visit HP’s White Paper site to learn more about the innovation in HP
Workstations and the latest technologies offered in the products.
Disclaimers
- Multicore is designed to improve performance of certain software products. Not all customers or software applications will necessarily benefit from use of this technology. Performance and clock frequency will vary depending on application workload and your hardware and software configurations. Intel’s numbering, branding and/or naming is not a measurement of higher performance.
- Optional, configurable features. Configurations for 2TB DDR5 RAM and 120 TB storage are planned to be available in the first half of 2023. Configuration for 120TB requires separate additional purchase. For storage drives, GB = 1 billion bytes. TB = 1 trillion bytes. Actual formatted capacity is less. Up to 35GB is reserved for system recovery software.
- Optional, configurable features. Configuration for front accessible NVME bays is planned to be available in the first half of 2023. Two front accessible NVMe bays require a 5.25 bay carrier.
- Optional, configurable feature. Redundant and aggregate power requires configuring two 1125W power supplies at hardware purchase.
- MIL-STD testing is not intended to demonstrate fitness for U.S. Department of Defense contract requirements or for military use. Test results are not a guarantee of future performance under these test conditions. Accidental damage requires an optional HP Accidental Damage Protection Care Service.
- Network access required. HP Anyware software and licensing are available through a 1- or 3-year subscription. Renewal is required after the subscription term. HP Anyware subscriptions are based on the number of concurrent PCoIP connections used (pay for the number of host connections, not the software) with a minimum order quantity of 5. For a limited time, an HP Anyware Professional subscription also includes access and support for ZCentral Remote Boost and ZCentral Connect and is available for purchase through an HP reseller or contact sales at hp.com/Anyware. ZCentral Remote Boost Sender requires Windows 10 and 11, RHEL/CentOS (7 or 8), or UBUNTU 18.04 or 20.04 LTS operating systems. macOS (10.14 or newer) operating system and ThinPro 7.2 are only supported on the receiver side. ZCentral Connect requires Windows (10 or 11) or Windows Server (2016 or 2019) operating system, Microsoft Active Directory and Intel® Active Management Technology for select features. For system requirements and to install HP Anyware and Anyware Manager, refer to the Admin Guides at: https://docs.teradici.com/find/product/hp-anyware.
- Optional, configurable feature that must be configured at purchase. Requires Windows 10 or higher, Intel® Core i5 processor or higher and is available on select Z workstations. You must be running Windows 10 version 21H2 and higher (Build 19044 and higher) or Windows 11.
- Z by HP Data Science Stack Manager requires Windows 10 version 21H2 (Build 19044) and higher or 64-bit Ubuntu 20.04 and is available on select Z workstations.
© Copyright 2023 HP Development Company, L.P. The information contained herein is subject to change without notice. The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP shall not be liable for technical or editorial errors or omissions contained herein. Red Hat is a registered trademark of Red Hat, Inc. in the United States and other countries. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries. Microsoft and Windows are U.S. registered trademarks of the Microsoft group of companies. Apple, Mac, macOS and MacBook are registered trademarks of Apple Inc.
4AA8-2818ENW , May 2023
References
- Laptop Computers, Desktops, Printers, Ink & Toner | HP® Official Site
- HP Anyware - Secure Access to Digital Workspaces | HP® Official Site
- HP Anyware 2023.12 | Teradici Documentation and Downloads
- Z Workstation Desktops PCs | HP® Official Site