Choosing an HPE ProLiant server is not simply about picking the newest generation.
Gen10, Gen10 Plus and Gen11 servers offer different levels of performance, memory technology, expansion, management and value. For some businesses, an established Gen10 system may still provide everything the workload requires. For others, the newer platform capabilities of Gen11 can make more sense for future growth and demanding applications.
The right choice depends on the workload, expected server lifecycle, expansion requirements, existing infrastructure and budget.
HPE Gen10 vs Gen11 at a Glance
| Feature | Gen10 | Gen10 Plus | Gen11 |
|---|---|---|---|
| Typical processor platform | 1st/2nd Gen Intel Xeon Scalable on common DL models | 3rd Gen Intel Xeon Scalable on common DL models | 4th/5th Gen Intel Xeon Scalable or AMD EPYC depending on model |
| Memory | DDR4 | DDR4 | DDR5 |
| PCIe | Primarily PCIe Gen3 on common platforms | PCIe Gen4 | PCIe Gen5 on applicable models |
| Storage | SAS, SATA, SSD and NVMe depending on model | Newer NVMe and storage options | Broader newer-generation NVMe and storage options depending on model |
| Networking | Embedded and PCIe networking options | Faster expansion and networking options | Newer high-speed networking and OCP options on applicable models |
| Management | HPE iLO 5 | HPE iLO 5 | HPE iLO 6 |
| Security | Silicon Root of Trust and platform-security features | Builds on Gen10 security | Updated platform and management security capabilities |
| Typical fit | Established workloads and cost-conscious infrastructure | Buyers wanting a newer platform without moving fully to Gen11 | New deployments, growth and demanding workloads |
These are generation-level differences. Exact processor support, memory limits, drive configurations, PCIe slots and other capabilities vary by individual ProLiant model.
Where Does HPE Gen10 Plus Fit In?
Gen10 Plus is important because it is not simply another name for Gen10.
It sits between the original Gen10 platform and Gen11.
For example, the HPE ProLiant DL360 Gen10 Plus supports 3rd Generation Intel Xeon Scalable processors, DDR4 memory and PCIe Gen4. This gives it newer processor and I/O capabilities than the original DL360 Gen10 while stopping short of the DDR5 and PCIe Gen5 platform used by Gen11 systems.
That can make Gen10 Plus useful for businesses that want more modern I/O and processing capabilities but do not necessarily need to move to an entirely newer server generation.
Empeller Systems currently lists several Gen10 Plus platforms, including the HPE ProLiant DL20 Gen10 Plus, DL360 Gen10 Plus, DL380 Gen10 Plus and ML30 Gen10 Plus.
Processor and Performance Differences
HPE Gen10 Processor Options
HPE Gen10 ProLiant servers commonly use 1st and 2nd Generation Intel Xeon Scalable processors on systems such as the DL360 Gen10.
The HPE ProLiant DL360 Gen10, for example, supports up to two processors and was offered with processors from both of those Xeon Scalable generations.
This platform is still capable of handling many common business workloads, including:
- file and application services
- virtual machines
- databases
- web applications
- ERP systems
- general enterprise workloads
The important question is whether the available CPU capacity is sufficient for the workload today and over the expected remaining life of the server.
HPE Gen10 Plus Processor Options
Gen10 Plus moved to newer processor technology.
Systems such as the DL360 Gen10 Plus and DL380 Gen10 Plus use 3rd Generation Intel Xeon Scalable processors in supported configurations.
Along with newer CPUs, Gen10 Plus also introduced platform improvements such as PCIe Gen4 on applicable models.
For businesses comparing previous-generation hardware, this can make Gen10 Plus a useful middle ground between Gen10 pricing and Gen11 platform features.
HPE Gen11 Processor Options
Gen11 moves to newer server processor platforms.
Depending on the model, HPE ProLiant Gen11 systems use newer Intel Xeon Scalable or AMD EPYC processors.
For example, the HPE ProLiant DL360 Gen11 supports 4th and 5th Generation Intel Xeon Scalable processors. Empeller Systems currently offers this model alongside Gen10 and Gen10 Plus versions, making it possible to compare the generations within the same 1U server family.
Newer processors can provide more cores, greater memory bandwidth and newer I/O capabilities, but that does not mean every application will see the same level of improvement.
What Does the Performance Difference Mean for Businesses?
The newer platform capabilities of Gen11 are most useful when the workload can actually use them.
Examples include:
- large virtualisation environments
- server consolidation
- demanding databases
- analytics
- ERP and business applications
- high-traffic application hosting
- memory-intensive workloads
- compute-heavy enterprise applications
A small file server, domain controller or light business application may not gain enough from DDR5 or PCIe Gen5 to justify replacing a well-performing Gen10 server.
A virtualisation host running many VMs, on the other hand, may benefit more from newer CPUs, increased memory bandwidth and faster I/O.
The server generation should therefore follow the workload rather than the other way around.
DDR4 vs DDR5 Memory
One of the clearer architectural differences is memory technology.
Gen10 and Gen10 Plus systems commonly use DDR4, while Gen11 platforms use DDR5.
DDR5 provides greater memory bandwidth than DDR4, which can help workloads that move large amounts of data between the processor and memory.
Examples can include:
- virtualisation
- databases
- analytics
- simulation
- large in-memory applications
- compute-intensive workloads
However, moving from DDR4 to DDR5 does not automatically produce a noticeable improvement in every application.
A lightly loaded file server or small office application server may see little practical benefit.
Memory capacity can also matter more than memory generation. A properly configured Gen10 server with enough RAM may provide a better experience than an under-configured Gen11 server simply because the newer system uses DDR5.
PCIe and Expansion: Gen10 vs Gen11
PCIe generation affects the bandwidth available to devices such as:
- NVMe SSDs
- high-speed network adapters
- GPUs and accelerators
- storage controllers
- other expansion cards
Original Gen10 platforms commonly use PCIe Gen3.
Gen10 Plus introduced PCIe Gen4 on applicable systems, while Gen11 moves to PCIe Gen5 on supported platforms.
Each generation provides greater potential bandwidth.
This becomes useful when the server uses newer NVMe storage, high-speed networking or accelerator hardware capable of taking advantage of that bandwidth.
For basic business workloads, however, the difference between PCIe generations may have little practical effect.
This is another reason not to upgrade based on specification-sheet improvements alone.
Storage and NVMe Capabilities
HPE ProLiant servers can support a wide variety of storage configurations, including:
- SAS hard drives
- SATA hard drives
- SATA SSDs
- SAS SSDs
- NVMe SSDs
Support depends on the exact model, chassis and storage controller.
Gen11 platforms generally provide a newer foundation for high-performance NVMe and storage expansion, but businesses should still check the individual server rather than assume every Gen11 system provides more drives than every Gen10 server.
A DL360 Gen11, for example, is a compact 1U platform. A DL380 Gen10 or Gen11 uses a larger 2U chassis and can provide very different storage and expansion possibilities.
When planning storage, check:
- required usable capacity
- number and type of drive bays
- HDD versus SSD requirements
- NVMe requirements
- RAID controller
- RAID level
- future expansion
- workload performance requirements
The server model can be just as important as the generation.
Networking Differences
Gen10 and Gen10 Plus systems provide embedded networking and expansion through compatible network adapters.
Gen11 adds support for newer networking and OCP options on applicable platforms, alongside newer PCIe connectivity.
These improvements become more relevant when businesses need:
- high-speed Ethernet
- storage networking
- network-intensive virtualisation
- software-defined infrastructure
- large data transfers
- high-density server environments
A small office running standard Gigabit networking may have little reason to upgrade a server solely for newer networking capabilities.
HPE iLO 5 vs iLO 6
HPE Integrated Lights-Out, or iLO, provides embedded remote server management.
It allows IT administrators to monitor hardware health, manage server power, perform maintenance and troubleshoot systems without always needing physical access to the server.
Gen10 and Gen10 Plus systems generally use HPE iLO 5.
Gen11 uses HPE iLO 6.
Both provide mature remote-management capabilities, but iLO 6 forms part of the newer Gen11 management and security platform.
This can be particularly useful for businesses operating:
- multiple servers
- remote offices
- branch locations
- data-centre infrastructure
- systems supported by external IT teams
The exact functionality available can depend on the iLO licence and server configuration, so businesses should check what is included rather than assuming all remote-management functions are available by default.
Security Improvements from Gen10 to Gen11
Security is an important part of both generations.
Gen10 introduced and expanded technologies such as HPE’s Silicon Root of Trust, along with firmware and platform security mechanisms.
Related HPE server security technologies can include:
- Silicon Root of Trust
- Secure Boot
- TPM
- firmware validation and protection
- secure recovery
- platform-management security
Gen10 should not therefore be described as an insecure server simply because Gen11 exists.
Gen11 builds on HPE’s security approach with a newer hardware and management platform.
For businesses working with sensitive data or operating under internal compliance requirements, server generation should form only one part of the security decision. Firmware status, operating-system support, access control, network security and ongoing patch management remain equally important.
Power Efficiency and Total Cost of Ownership
Server cost is more than the price paid on the purchase order.
Businesses should also consider:
- performance per watt
- power-supply efficiency
- cooling requirements
- server utilisation
- workload consolidation
- maintenance
- support
- expected hardware lifecycle
- initial acquisition cost
A newer Gen11 server may provide enough additional compute capacity to consolidate workloads that previously required several older systems.
In that case, the higher purchase price may be offset by lower rack-space, power, cooling or management requirements.
But this will not be true for every deployment.
For a small organisation running a light workload, a properly configured Gen10 or Gen10 Plus system may still provide better value than purchasing capacity that will rarely be used.
The total cost of ownership should therefore be calculated around the workload and expected server life, not just generation.
HPE Gen10 vs Gen11 by Server Model
Looking at equivalent server families makes the generation differences easier to understand.
Empeller Systems currently carries a mixture of HPE Gen10, Gen10 Plus and Gen11 servers, including rack and tower models, which is useful for businesses comparing previous-generation value with newer infrastructure.
HPE ProLiant DL360 Gen10 vs Gen11
The HPE ProLiant DL360 is a compact 1U rack-server family suited to environments where rack space matters.
The HPE ProLiant DL360 Gen10 uses DDR4, PCIe Gen3 and HPE iLO 5 and supports 1st/2nd Generation Intel Xeon Scalable processors depending on configuration.
The DL360 Gen10 Plus moves to 3rd Generation Intel Xeon Scalable processors and PCIe Gen4 while retaining DDR4.
The HPE ProLiant DL360 Gen11 moves to DDR5, HPE iLO 6 and PCIe Gen5 on the platform, with newer Intel Xeon Scalable processor support.
That makes the DL360 family a good example of how the HPE platform progressed over several generations without changing the basic 1U server concept.
HPE ProLiant DL380 Gen10 vs Gen11
The DL380 uses a larger 2U form factor and is one of HPE’s better-known general-purpose enterprise server families.
Compared with a compact 1U system, its larger chassis can provide more room for storage, expansion and demanding configurations.
Empeller Systems currently lists the HPE ProLiant DL380 Gen10, DL380 Gen10 Plus and DL380 Gen11, allowing businesses to compare three stages of the platform.
A Gen10 system may still be suitable for established virtualisation, database and business workloads where DDR4 and the available processing capacity are enough.
Gen10 Plus provides newer processor and PCIe technology.
Gen11 adds DDR5, PCIe Gen5 and HPE iLO 6 alongside newer processor options, making it more attractive when deploying new infrastructure or planning for heavier future requirements.
HPE ProLiant ML30 Gen10 Plus vs Gen11
The ML30 is a compact tower server aimed at smaller businesses, remote locations and branch offices.
The HPE ProLiant ML30 Gen10 Plus uses Intel Xeon E-2300 processors, DDR4 memory and HPE iLO 5.
The ML30 Gen11 moves to DDR5, HPE iLO 6 and newer platform capabilities including PCIe Gen5 expansion.
HPE currently positions the ML30 Gen11 for SMB and remote-site workloads, with up to 128 GB DDR5 memory and PCIe Gen5 expansion available on the platform.
For a smaller UAE business, the ML30 comparison is a good example of why the newest generation may not always be essential. If a Gen10 Plus configuration comfortably supports the applications, users and storage requirements, it may still provide good value.
If the server is being purchased for a longer lifecycle or the business expects greater future expansion, Gen11 may make more sense.
HPE ProLiant ML350 Gen10 vs Gen11
The ML350 is a larger and more expandable tower-server family.
It can suit organisations that need more CPU, memory, storage and PCIe capacity than an entry-level tower provides but still prefer a tower form factor rather than moving immediately into rack infrastructure.
The ML350 Gen11 supports DDR5 memory and HPE iLO 6 and provides substantial PCIe Gen5 connectivity.
For businesses planning virtualisation, large business applications or continued growth, this extra platform headroom can make Gen11 attractive.
An existing ML350 Gen10 can still remain useful if its current capacity and support status continue to meet the organisation’s requirements.
HPE Gen10 vs Gen11 for Different Workloads
There is no generation that automatically wins every workload.
The following table is better treated as a general buying guide rather than a strict rule.
| Workload | Typical Fit | Why |
|---|---|---|
| File and print server | Gen10 / Gen10 Plus may be sufficient | These workloads often do not require the newest CPU, memory or PCIe technology |
| Small business applications | Gen10 / Gen10 Plus or Gen11 | Depends more on application requirements and expected server lifecycle |
| Web/application hosting | Depends | Consider traffic, growth, CPU, memory and network requirements |
| Virtualisation | Gen10/Plus or Gen11 depending on scale | Gen11 can provide more compute and memory headroom for higher VM density |
| Databases | Depends on database size and workload | Gen11’s newer CPU, DDR5 and I/O capabilities can help demanding environments |
| Storage-heavy workloads | Depends on server model | Drive configuration and controller capability can matter more than generation |
| Analytics | Gen11 can be attractive | Higher memory bandwidth and newer processors can provide additional capacity |
| High-performance computing | Gen11 generally offers more headroom | Newer processors and PCIe provide a stronger platform for demanding compute |
| Edge/branch deployment | Gen10 Plus or Gen11 | Choose according to workload, lifecycle and budget |
| New long-term deployment | Gen11 | Newer platform generally provides more room for future growth |
The key word here is depends.
A heavily configured Gen10 server can still outperform a lightly configured Gen11 system for a particular workload. Server generation should never replace proper configuration planning.
Is HPE Gen10 Still Worth Buying?
Yes, in the right situation.
Gen10 and Gen10 Plus servers can remain practical for:
- established workloads
- SMB infrastructure
- file and application services
- value-focused deployments
- test or development environments
- secondary systems
- businesses with existing Gen10 infrastructure
The attraction is usually value.
Previous-generation servers can provide substantial CPU, memory and storage capacity without the acquisition cost of a newer system.
But price alone should not make the decision.
Before buying Gen10, businesses should check:
- server age
- configuration
- firmware availability
- operating-system and software requirements
- remaining support expectations
- warranty
- parts availability
- power consumption
- expected remaining lifecycle
A cheap server that needs replacement in a short time may not actually be the cheaper business decision.
Should You Upgrade From HPE Gen10 to Gen11?
An upgrade should solve a problem.
Keep Your Gen10 Server If…
Continue using the existing server if:
- performance remains adequate
- there is enough RAM
- storage capacity and performance are sufficient
- networking is not a bottleneck
- PCIe expansion meets requirements
- current applications remain supported
- hardware remains within your acceptable lifecycle
- the server still meets reliability and support expectations
Replacing a stable server simply because a newer generation exists may provide little business benefit.
Upgrade to Gen11 If…
Consider Gen11 when:
- CPU performance has become a bottleneck
- more memory bandwidth or capacity is required
- VM density needs to increase
- newer high-speed networking is needed
- PCIe Gen5 or newer NVMe capabilities are useful
- current storage or expansion limits are becoming restrictive
- the existing system is reaching the end of its planned lifecycle
- new applications have requirements that the existing server cannot reasonably meet
This turns the upgrade into a business decision rather than a generation-number decision.
Buying HPE Gen10 or Gen11 Servers in the UAE
For UAE businesses, generation is only one part of the server purchase.
The final configuration should also be checked carefully.
Important areas include:
- processor model and quantity
- installed and maximum memory
- storage drives
- RAID controller
- drive-bay configuration
- network adapters
- power supplies
- iLO licensing
- warranty
- support coverage
- future upgrades
This becomes especially important when comparing quotations.
Two quotations for an HPE ProLiant DL380 Gen11 can contain very different processors, memory, storage controllers and support arrangements while carrying the same server name.
Businesses should therefore compare the complete BOM rather than simply comparing Gen10 and Gen11 prices.
Empeller Systems currently offers HPE servers and other enterprise server platforms, including Gen10, Gen10 Plus and Gen11 HPE ProLiant models. This makes it possible to compare previous-generation value against newer infrastructure according to the workload and required configuration.
If you are also weighing HPE against other vendors, our Dell PowerEdge vs HPE ProLiant comparison covers that decision in more detail.
Frequently Asked Questions
Q1What is the biggest difference between HPE Gen10 and Gen11?
The main platform differences include newer processor support, the move from DDR4 to DDR5 memory, PCIe Gen5 on supported Gen11 systems and the move from HPE iLO 5 to iLO 6. The exact differences still depend on the individual server model.
Q2Is HPE Gen11 much faster than Gen10?
Not for every workload. Gen11 provides newer processors, greater memory bandwidth and newer I/O technology, which can provide substantial benefits for demanding workloads. Basic file, application or lightly used business servers may see much less practical difference.
Q3Is Gen10 Plus closer to Gen10 or Gen11?
It sits between them. Gen10 Plus retains DDR4 and iLO 5 but introduces newer processors and PCIe Gen4 on common models. It can therefore be a useful middle option for businesses that do not need all of Gen11’s platform changes.
Q4Does HPE Gen11 use DDR5?
Yes. HPE ProLiant Gen11 platforms use DDR5 memory. Supported speeds and maximum capacities vary between server models and processors.
Q5Does HPE Gen11 use iLO 6?
Yes. Gen11 ProLiant systems use HPE iLO 6, while Gen10 and Gen10 Plus generally use iLO 5.
Q6Is an HPE Gen10 server still good for virtualisation?
It can be. Many Gen10 servers provide substantial CPU and memory capacity and are still capable virtualisation platforms. The real question is how many virtual machines you intend to run, their resource requirements, storage performance and how long you expect to keep the server.
Q7Should a small business buy Gen10 Plus or Gen11?
If the workload is modest and the Gen10 Plus configuration meets expected requirements, it may provide good value. Gen11 can make more sense for a new long-term deployment where the business wants newer platform technology and more room for future growth.
Q8Is Gen11 the newest HPE server generation?
No. HPE now also offers newer Gen12 systems in parts of its ProLiant Compute range. Gen11 remains relevant, however, especially when businesses are comparing currently available systems, existing Gen10 infrastructure and purchase cost.
Conclusion
There is no single HPE ProLiant generation that is right for every organisation.
Gen10 remains a mature option for established workloads and value-focused deployments.
Gen10 Plus provides an important middle ground with newer processor technology and PCIe Gen4 while retaining DDR4.
Gen11 moves to a newer platform with DDR5, PCIe Gen5 on supported models, iLO 6 and newer processor options, making it particularly relevant for new infrastructure, demanding workloads and businesses planning for future growth.
The best decision should still be based on the workload rather than the generation number.
Compare processing requirements, memory, storage, networking, expansion, support, lifecycle and total cost. If an existing Gen10 server already meets those requirements, there may be no urgent reason to replace it. If the workload is growing or the current platform is becoming restrictive, Gen11 can provide considerably more headroom.
For UAE businesses comparing configurations, Empeller Systems offers HPE ProLiant servers across several generations, making it possible to choose based on actual infrastructure requirements rather than simply purchasing the newest platform available.
