Acer Swift 16 AI (2026) Review: I Love the Giant OLED Display, but Am Less Enamored With the Oversize Touchpad


Acer Swift 16 AI laptop on a marble coffee table in front of a gray sofa

Pros

  • Giant, gorgeous 16-inch OLED display
  • Incredibly thin and light for its size
  • Strong overall performance from Intel Panther Lake CPU
  • Quiet and cool operator

Cons

  • Poor audio output from underpowered speakers
  • Huge haptic touchpad is so big that it gets in the way
  • Some flex to the thin aluminum top and bottom panels
  • Cannot expand memory or storage

The Acer Swift 16 AI gets a bump from Intel Lunar Lake on last year’s model to Panther Lake this year. While application and especially graphics performance have improved, pricing has also gone up, which is not unique to Acer’s laptops, thanks to the global RAM shortage. Pricing for this year’s models is near the point where the benefit of the integrated Intel B390 GPU with its 12 Xe cores starts to lose its shine because laptops with dedicated Nvidia RTX graphics cost roughly the same or not much more.

The other change Acer made to the Swift 16 AI is adding a gigantic haptic touchpad that comes with pen support and an included pen. I’m generally a huge fan of huge haptic touchpads, but the Swift 16 AI’s is a case of too much of a good thing. And my biggest criticism of last year’s model still applies to this year’s version: the speakers stink. And that’s a shame given the entertainment prospects of the roomy 16-inch OLED display.

The Swift 16 AI remains a great work laptop. The huge, 16-inch display provides plenty of space for multitasking productivity, and its strong color performance, combined with the very capable integrated Panther Lake GPU, also lends the system some appeal for creators looking for a big-screen laptop with a thin design and easy carrying weight. At or near the price of my test system, however, you can find a 16-inch OLED laptop backed by RTX graphics. For creators, I recommend the Lenovo Yoga Pro 9i 16 Aura Edition, which offers a 16-inch OLED display with RTX 5050 graphics for $1,950 at Best Buy.

Acer Swift 16 AI (SF16-71T-73P1)

Price as reviewed $1,800
Display size/resolution 16-inch 2880×1800 120Hz touch OLED
CPU Intel Core Ultra X7 358H
Memory 32GB LPDDR5-9600
Graphics Intel Arc B390 (12 Xe3 cores)
Storage 1TB SSD
Ports USB-C Thunderbolt 4 (x2), USB-A 3.2 (x2), HDMI 2.1, microSD card slot, combo audio
Networking Wi-Fi 7 and Bluetooth 6.0
Operating system Windows 11 Home
Weight 3.3 pounds (1.5 kg)

Acer sells three models of the Swift 16 AI, and my test model sits in the middle of the series. It costs $1,800 at Acer and features an Intel Core Ultra X7 358H CPU, 32GB of RAM, Intel Arc B390 graphics and a 1TB SSD. It’s based on a 16-inch OLED display with a 2,880×1,800-pixel resolution, smooth 120Hz refresh rate and touch support.

The entry-level model costs $1,600 at Acer and is currently discounted to $1,550 at Best Buy. It’s the same as my test model, except it has half the memory at 16GB. It’s the only one of the three currently available at Best Buy.

The top-end model costs $1,199 at Acer, which is the same as my test model, but bumps you up to a Core Ultra X9 388H processor.

The Acer Swift 16 AI starts at £1,599 in the UK. I found a product page for the Swift 16 AI on Acer’s Australia site, but no pricing was available.

Acer Swift 16 AI top cover in the old, dull gray color

Acer made a late change to the Swift 16 AI, swapping the dull gray chassis with silver accents that I tested for a darker charcoal gray color and gold accents.

Matt Elliott/CNET

Color change for the better

Acer sent me a Swift 16 AI in a rather drab gray color with silver accents, but has since made a change in the design — and it looks to my eye that it’s a change for the better. Instead of safe corporate gray, the 2026 models of the Swift 16 AI will come outfitted in a darker gray, almost charcoal chassis with gold accents and an Acer logo on the top cover. From photos, the updated color scheme adds a little more personality to the system — less corporate and more consumer.

Acer Swift 16 AI laptop in the updated charcoal and gold color scheme against a light blue background

The Acer Swift 16 AI shown in its updated charcoal and gold color scheme.

Matt Elliott/CNET

Like last year’s model, this year’s edition boasts a thin, all-aluminum chassis that’s exceptionally light for its size. It weighs just 3.3 pounds, which is slightly lighter than last year’s Swift 16 AI, which weighed 3.4 pounds. This year’s version weighs the same as the 15-inch MacBook Air and has a larger screen. 

As much as I like being able to slip the Swift 16 AI in my laptop bag — and it comes with a protective sleeve — the laptop feels almost too thin. Or at least the aluminum material used for the laptop feels too thin. There’s some flex in the top and bottom panels that I’d be more willing to accept in, say, Acer’s budget Aspire series, but I’m looking for a finer fit and finish when the price approaches $2,000. However, without the uninterrupted aluminum expenses of the top and bottom panels, the keyboard deck feels more rigid.

Acer Swift 16 AI keyboard deck with updated color scheme

The Acer Swift 16 AI’s design will feature much darker gray than the dull gray color that I received.

Matt Elliott/CNET

I also like getting a haptic touchpad at this price, so I was excited to see that Acer added a large touchpad with haptic feedback for this update. Acer calls it “the world’s largest haptic touchpad,” and I’m not here to argue with that claim. It’s absolutely massive, measuring 6.9 inches wide by 4.3 inches tall. The problem I found with it is that it runs right to the front edge of the laptop, leaving no border for helping with palm rejection. The borderless front edge, combined with its gigantic size, had me accidentally bumping against or resting on its surface, resulting in unintended cursor jumps and interrupted scrolling.

Acer Swift 16 AI haptic touchpad

In any color, the Acer Swift 16 AI’s haptic touchpad is huge.

Matt Elliott/CNET

Acer includes an MPP2.5 active stylus with the laptop for use with the touchpad, but not the screen. The display has touch support for tapping and swiping with your fingertip, but doesn’t have pen support. No, the pen is for sketching and drawing or scribbling notes and e-signatures on the surface of the giant touchpad. If that type of pen support matches your workflow, then you’re likely to enjoy the enormous touchpad. For the rest of us, a more sensibly proportioned touchpad is probably preferred.

Likewise, Excel jockeys will enjoy the inclusion of a number pad, but I’d rather sacrifice its narrow keys for the ability to have the rest of the keyboard centered below the display rather than positioned to the left. The keys themselves have a predictably shallow travel due to the thinness of the laptop, but I liked typing on the Swift 16 AI. The keys offer firm, springy feedback.

Acer Swift 16 AI included active pen

Acer includes an active pen with the Swift 16 AI to write on the touchpad but not the touch display.

Matt Elliott/CNET

Display and speakers stay the same, webcam gets worse

Acer runs back the same display from last year and for good reason: it’s a fantastic 16-inch OLED panel. It offers a crisp, 2,880×1,800-pixel resolution with vivid color and deep blacks. On my display tests with a Spyder X Elite colorimeter, the Swift 16 AI showed excellent color accuracy, covering 100% of the sRGB and P3 gamuts and 94% of AdobeRGB. It also hit a peak brightness of 403 nits, providing bright whites to go with the effective zero-nit black levels for superb contrast. The one drawback to the display is its glossy finish; you’ll find yourself bobbing and weaving to get around glare and reflections at times.

Acer Swift 16 AI has a 16-inch OLED display

The 16-inch OLED display is big and bright but glossy.

Acer also runs back the same setup underpowered, downward-firing stereo speakers that sound tinny and flat. It’s disappointing to have such a big display that’s great for watching shows and movies paired with such underwhelming speakers. It’s too bad that Acer couldn’t find room on this large laptop for a quad-speaker array with fuller sound.

The webcam takes a step back with this year’s model, moving down from a 1440p camera to 1080p. Images and videos are grainier than what I experienced with last year’s model, especially in low-light environments. The camera does have an IR sensor for facial recognition logins via Windows Hello, which is the only biometric option because the laptop lacks a fingerprint reader.

Acer Swift 16 AI ports on the right side include a microSD card slot

New to this year’s version of the Acer Swift 16 AI: a microSD card slot.

Matt Elliott/CNET

The port selection offers two USB-C Thunderbolt 4 and two USB-A ports along with an HDMI port and headphone jack and adds a microSD card slot in a nod to creators eyeing the Swift 16 AI.

Inside, there’s no room for expansion. The RAM is soldered to the motherboard and therefore not user-replaceable. And there’s only a single M.2 slot, which is occupied by a 1TB SSD.

Acer Swift 16 AI laptop's interior components

The Acer Swift 16 AI has no room inside for expansion.

Matt Elliott/CNET

Acer Swift 16 AI performance and battery life

Based on the 16-core (four performance cores, eight efficient cores and four low-power efficient cores) Intel Core Ultra X7 358H processor, 32GB of fast 9,600MHz RAM and Intel’s integrated Arc B390 graphics that has 12 Xe3 GPU cores, the Swift 16 AI proved itself to be a very capable performer in lab testing. It showed big leaps in multi-core performance from last year’s model on our Geekbench 6 and Cinebench 2024 tests, and even bigger gains in 3D graphics performance. 

It provided playable framerates on our Shadow of the Tomb Raider and Guardians of the Galaxy benchmarks at 1080p. On more demanding titles like Assassin’s Creed Shadows and F1 24, however, you’ll need to employ Intel’s XeSS Frame Generation to get to 60 frames per second or lower the resolution or quality settings. Still, for a thin-and-light laptop with an iGPU, getting this level of 3D performance is a boon. Also a boon: the Swift 16 AI stays remarkably cool and quiet, even under heavy load.

The Swift 16 AI’s result on our YouTube streaming battery drain test was good, but I was expecting more. It ran for 13.5 hours, which is fantastic for a big-screen, high-res OLED laptop, but it was only about an hour longer than last year’s model.

Should I buy the Acer Swift 16 AI?

You should get it if you’re looking for a thin-and-light, big-screen OLED laptop. You won’t find many 16-inch models that are lighter than the 3.3-pound Swift 16 AI. And with its modern Panther Lake CPU and ample RAM, it delivers strong performance and lengthy battery life. For only $150 more, though, I still like the Lenovo Yoga Pro 9i 16 Aura Edition for its better build quality and added RTX graphics muscle, even if it is more than a pound heavier.

The review process for laptops, desktops, tablets and other computerlike devices consists of two parts: performance testing under controlled conditions in the CNET Labs and extensive hands-on use by our expert reviewers. This includes evaluating a device’s aesthetics, ergonomics and features. A final review verdict is a combination of both objective and subjective judgments. 

The list of benchmarking software we use changes over time as the devices we test evolve. The most important core tests we’re currently running on every compatible computer include Primate Labs Geekbench 6, Cinebench R23, PCMark 10 and 3DMark Fire Strike Ultra

A more detailed description of each benchmark and how we use it can be found on our How We Test Computers page. 

Geekbench 6 CPU (multi-core)

Apple MacBook Pro 14 (M5, late 2025) 17946Lenovo Yoga Pro 9i 16 Aura Edition 17748MSI Prestige 14 Flip AI Plus 16607Dell XPS 14 16197Acer Swift 16 AI (2026) 16187MSI Katana 15 HX B14W 14587Asus Vivobook S 15 14058HP OmniBook X Flip 14 12747Acer Swift 16 AI (2025) 10993

Note: Longer bars indicate better performance

Geekbench 6 CPU (single-core)

Apple MacBook Pro 14 (M5, late 2025) 4263Lenovo Yoga Pro 9i 16 Aura Edition 2980MSI Prestige 14 Flip AI Plus 2896Acer Swift 16 AI (2026) 2850HP OmniBook X Flip 14 2823Dell XPS 14 2813MSI Katana 15 HX B14W 2738Acer Swift 16 AI (2025) 2716Asus Vivobook S 15 2446

Note: Longer bars indicate better performance

Cinebench 2024 CPU (multi-core)

MSI Katana 15 HX B14W 1220Lenovo Yoga Pro 9i 16 Aura Edition 1218Apple MacBook Pro 14 (M5, late 2025) 1118Asus Vivobook S 15 963Acer Swift 16 AI (2026) 915Dell XPS 14 700MSI Prestige 14 Flip AI Plus 692HP OmniBook X Flip 14 636Acer Swift 16 AI (2025) 533

Note: Longer bars indicate better performance

Cinebench 2024 CPU (single-core)

Apple MacBook Pro 14 (M5, late 2025) 199Lenovo Yoga Pro 9i 16 Aura Edition 130Dell XPS 14 124Acer Swift 16 AI (2026) 121Acer Swift 16 AI (2025) 121MSI Katana 15 HX B14W 117MSI Prestige 14 Flip AI Plus 115HP OmniBook X Flip 14 114Asus Vivobook S 15 107

Note: Longer bars indicate better performance

3DMark Steel Nomad

Lenovo Yoga Pro 9i 16 Aura Edition 2278MSI Katana 15 HX B14W 2207MSI Prestige 14 Flip AI Plus 1527Acer Swift 16 AI (2026) 1440Dell XPS 14 1286Apple MacBook Pro 14 (M5, late 2025) 1129Acer Swift 16 AI (2025) 679Asus Vivobook S 15 496HP OmniBook X Flip 14 456

Note: Longer bars indicate better performance

3DMark Fire Strike Ultra

MSI Katana 15 HX B14W 6285Lenovo Yoga Pro 9i 16 Aura Edition 6247MSI Prestige 14 Flip AI Plus 3491Acer Swift 16 AI (2026) 3205Dell XPS 14 3019Acer Swift 16 AI (2025) 2185HP OmniBook X Flip 14 1916

Note: Longer bars indicate better performance

PCMark 10 Pro Edition

Lenovo Yoga Pro 9i 16 Aura Edition 9754Acer Swift 16 AI (2026) 9219Dell XPS 14 8981MSI Prestige 14 Flip AI Plus 8761HP OmniBook X Flip 14 7199MSI Katana 15 HX B14W 7024Acer Swift 16 AI (2025) 6855

Note: Longer bars indicate better performance

Shadow of the Tomb Raider (Highest @ 1920 x 1080)

Lenovo Yoga Pro 9i 16 Aura Edition 159MSI Katana 15 HX B14W 155Acer Predator Helios Neo 16 PHN16-71 136Acer Nitro 16 AN16-41-R3ZV 126Dell XPS 14 9440 84MSI Prestige 14 Flip AI Plus 64Acer Swift 16 AI (2026) 58M5 Apple MacBook Pro 14 56Dell XPS 14 50

Note: Longer bars indicate better performance

Guardians of the Galaxy (High @1920 x 1080)

Acer Predator Helios Neo 16 PHN16-71 165MSI Katana 15 HX B14W 159Lenovo Yoga Pro 9i 16 Aura Edition 155Acer Nitro 16 AN16-41-R3ZV 128Dell XPS 14 9440 108Acer Swift 16 AI (2026) 67Dell XPS 14 64MSI Prestige 14 Flip AI Plus 44

Note: Longer bars indicate better performance

The Riftbreaker GPU (1920 x 1080)

MSI Katana 15 HX B14W 231.99Lenovo Yoga Pro 9i 16 Aura Edition 222.47Acer Nitro V 16S AI 217.77Acer Nitro 16 AN16-41-R3ZV 193.65Dell XPS 14 9440 118.43Dell XPS 14 113.13Acer Swift 16 AI (2026) 100.44MSI Prestige 14 Flip AI Plus 80.74

Note: Longer bars indicate better performance

Assasin’s Creed Shadows (1920×1080 @ High)

MSI Katana 15 HX B14W 53Lenovo Yoga Pro 9i 16 Aura Edition 48MSI Prestige 14 Flip AI Plus 27Acer Swift 16 AI (2026) 25Dell XPS 14 24

Note: Longer bars indicate better performance

F1 24 (1920×1080 @ Ultra High)

MSI Katana 15 HX B14W 104Lenovo Yoga Pro 9i 16 Aura Edition 76Acer Swift 16 AI (2026) 34Dell XPS 14 33MSI Prestige 14 Flip AI Plus 25

Note: Longer bars indicate better performance

Online streaming battery drain test (in minutes)

MSI Prestige 14 Flip AI Plus 25 hr, 18 minM5 Apple MacBook Pro 14 22 hr, 59 minAsus Vivobook S 15 15 hr, 26 minDell XPS 14 14 hr, 42 minAcer Swift 16 AI (2026) 13 hr, 34 minAcer Swift 16 AI (2025) 12 h 20 minLenovo Yoga Pro 9i 16 Aura Edition 11 hr, 33 minHP OmniBook X Flip 14 9 hr, 1 minMSI Katana 15 HX B14W 6 hr, 14 min

Note: Longer bars indicate better performance

System configurations

Acer Swift 16 AI (2026) Windows 11 Home; Intel Core Ultra X7 358H; 32GB DDR5 RAM; Intel Arc B390 Graphics; 1TB SSD
Dell XPS 14 Windows 11 Home; Intel Core Ultra X7 358H; 32GB DDR5 RAM; Intel Arc B390 Graphics; 1TB SSD
MSI Prestige 14 Flip AI Plus Windows 11 Home; Intel Core Ultra X7 358H; 32GB DDR5 RAM; Intel Arc B390 Graphics; 1TB SSD
Acer Swift 16 AI (2025) Windows 11 Home; Intel Core Ultra 7 256V; 16GB DDR5 RAM; Intel Arc 140V Graphics; 1TB SSD
Asus Vivobook S 15 Windows 11 Home; Qualcomm Snapdragon X Elite X1E-78-100; 16GB DDR5 RAM; Qualcomm Adreno Graphics; 1TB SSD
HP OmniBook X Flip 14 Windows 11 Home; AMD Ryzen AI 7 350; 32GB DDR5 RAM; AMD Radeon 860M Graphics; 1TB SSD
Lenovo Yoga Pro 9i 16 Aura Edition Windows 11 Home; Intel Core Ultra 9 285H; 32GB DDR5 RAM; Nvidia GeForce RTX 5050; 1TB SSD
MSI Katana 15 HX B14W Windows 11 Home; Intel Core i7-14650HX; 16GB DDR5 RAM; Nvidia GeForce RTX 5050; 512GB SSD
Acer Predator Helios Neo 16 PHN16-71 Windows 11 Home; Intel Core i5-13500HX; 16GB DDR5 RAM; Nvidia GeForce RTX 4050; 512GB SSD
Acer Nitro 16 AN16-41-R3ZV Windows 11 Home; AMD Ryzen 5 7640HS; 16GB DDR5 RAM; Nvidia GeForce RTX 4050; 512GB SSD
M5 Apple MacBook Pro 14 Apple MacOS Tahoe 26.0.1; Apple M5 (10-core CPU, 10-core GPU); 16GB LPDDR5; 1TB SSD





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Scaled Agile Framework – Table of Content

Introduction to the Scaled Agile Framework (SAFe)

The Scaled Agile Framework (SAFe) is part of the agile integration method. This provides a freely proven knowledge base and also offers integrated business patterns for large-scale enterprises. It is modular and higher scalable, allows each business organization to insert in a way that offers higher customer satisfaction, better business results, and engaged team members.

Scaled Agile framework adds the proper alignment, business collaboration, and proper time product delivery to the Agile project teams. This framework also collaborates with software solutions and complex cyber network –physical systems, this collaboration requires a large number of employees to create, design, and maintain. The main moto of the Scaled Agile framework is to solve customers’ most challenging and complex scaling issues. As I said above Agile framework support for the knowledge base, so it contains three major knowledge base bodies such as Agile development knowledge base, Agile lean scalable product developments, and flow, and Systems-level thinking.

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Overview of Scaled Agile Framework (SAFe)

The scaled Agile framework is mainly developed to solve the customers’ complex and challenging scaling issues in large business enterprises. The below figures explains the architecture of the Scaled Agile Framework and its nature of work.

  • This level 4.0 big picture explains the Visual overview of the scaled agile framework. Each icon in the big picture provides navigation and guidance to the customers.
  • The big picture of the Scaled framework has two views.
  • The default three-level view: this provides the solutions to the agile team in a modest way.
  • The four-level view: this view helps the customers to develop building large scale solutions that involve a large number of team members to maintain, construct, and develop.

There are four organizations levels as well as foundation levels;

Team level: the scaled agile framework is based on Agile team members; they are responsible for software-defined, product building, and software testing from their agile backlogs. This agile team can also work on Scrum or Kanban iteration methods, checking of quality practices, and to deliver better product outcome.

Program level: the scaled agile framework teams are worked based on a virtual program called “Agile Release Train”. Each Agile Release Train is a long-lived and cross-functional self-organizing team of 10 to 20 agile teams, business stakeholders to plan, design, commit, adapt, and deliver the solution.

Value stream level: this value stream level provides the development of larger business and complex product solutions. This type of stream level needs multiple and synchronized agile release teams as well as a stronger focus on intent product and context of solutions.

Portfolio level: This Agile release team involves in organizing and funding of value streams. The portfolio level provides the software development funding through Lean – agile cost, provides supportive governance and value coordination.

Foundation layer: this foundation layer level holds additional elements that support designing and scaling. The elements may include are lean-agile leaders, agile communities, team core values, lean-agile principles that guide scaled agile framework, and an implementations strategy.

Foundation layer explanation

The Foundation layer is one of the very important knowledge base layers of the Scaled Agile Framework (SAFe). This layer is considered when there is a critical, necessary, and supportive of software product delivery. This Foundation layer includes the following:

Lean-Agile leaders: this is considered to be responsible for the success of any business enterprises and also users can modify the product while they are working with management. In the end, the scaled agile framework has new leadership executed by lean-agile leaders.

Communities of practices:  In this section, value streams of lean approach will be moved to pivot the functional organizations to produce a more flexible and adaptive business value approach. The scaled agile framework also helps the communities of the project, the internal group of team members and other project experts will collaborate to work together to produce a valuable outcome.

Core Values: there are four major core values of the scaled agile framework that make it effective and valuable. The four core values included are;

  • Alignments
  • Built-in quality
  • Transparency
  • Finally program executions.

Lean-agile mindset: scaled agile framework (SAFe) leaders are lifelong teachers and learners who are well known for lean and agile principles, practices, and core values. To make the framework perform in a better way, all the lean leaders should undergo training and teach them properly. To become a perfect leader or teacher they should have different ways of thinking, building, and operating.

Lean-agile principles: Scaled agile framework should work on nine fundamental principles. I would like to name them,

  • Take an eye on an economic view
  • Apply effective system thinking
  • Assume preserve options and variability
  • Build iteration and incremental in a fast, integrated leaning agile cycles
  • Objectives based on the milestones of the working system
  • Proper visualization and limit of WIP, reduces the team batch size and manages the project queue lengths
  • Applying of cadence synchronizes the cross-domain project planning
  • Decentralization of team decision-making
  • Unlocking of the intrinsic motivations and knowledge workers.

Implementing 1-2-3 levels: based on the scaled agile frameworks implementations, “implementing scaled agile frameworks 1-2-3” patterns for successful iterations of frameworks. The train implementers and lean-agile change agents (SPCs). The consultants can then train all the team executives, managers, and team leaders.

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Team level

The scaled agile frameworks, team level provides the organization, artifact, team role, and process model for the implementation activities in agile teams.

All scaled agile framework teams are the part of agile release train (ART). The scaled agile team is responsible for project defining, designing, and testing the use case stories from their agile team backlog in fixed-length iterations, iteration cadence, and synchronization to assign with other project teams, so this will help to iterate the entire system.

Both team Scrum and team Kanban, mostly work on built-in quality practices to deliver the project outcome every two weeks. The project demo creates a “pull event “for all the team members to make them work together, designing the integration part, and testing the model phase during the software development lifecycle.

Each team should consist of 5-9 members and train them properly to build a valuable product in each iteration. The team members may be Scrum master, product owner, stakeholders, project contributors, and specialist, they involve in deliver the valuable product.

Program Level

The program level is now considered as the heart of a Scaled agile framework. The following diagram explains the work nature of the program level.

Scaled Agile framework’s program level appears in the “Agile Release train”. Program level team members’ roles and activities to be based on only the incremental and iteration value of the product.

The main fundamental functionalities of Agile release train are the formation of span functional boundaries, elimination of unnecessary steps taken, and acceleration of product delivery values through the implementation of Scaled Lean-agile practices and SAFe’s principles.

It is called as a program level in agile release train (ART) because this level of scaled agile framework generally long-lived and offers self-organization, programming structure, and mission than any existing “program level of ART” which has a piece of information like start and end date of the project resource planning. It is known for it’s a long-lived, knowledge base, and self-organizing nature of the Agile release train.

Agile release train composed of 5-12 agile team members, they will be responsible for delivering the fully tested agile product, working on iteration, and system-level solutions. Many agile release trains are virtual, spanning, and geographic boundaries.

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Project Management & Methodologies, scaled-agile-framework-description-0, Project Management & Methodologies, scaled-agile-framework-description-1

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The Spanning palette

The spanning palette in the scaled agile frameworks is nothing but special icons located at the conjunction of both program-level and virtual stream levels on the SAFe big picture.

Each of spanning palette in Agile release trains describes the “vision”, “metrics’”, “project milestone”, “Release date”, “Developments”, “Team members”, “Release managements”, “shared software devices”, and “user experience test cases”. These elements also “span” the SAFe’s levels as they are more often used in other levels.

Value stream level

Value stream level is an optional level in Scaled agile frameworks, as they are widely used when the project type is big and largely independent. So this type of level needs thousands of team members and expensive too. Agile release train will operate for three-levels when you have decided to implement a Value stream level.

This type of SAFe level is commonly used in building large scale applications, multiple software, and virtual-cyber systems. Building value stream level applications need additional constructs, team coordination, and software articraft.

The value stream level is organized and works for program increments like program level. This type of level is helpful for cadence and multiple synchronizations of Agile release trains and suppliers. The value stream level roles that may be included are solution management, solution engineering, system architect, and value level stream, engineers.

Portfolio level

The portfolio level in the scaled agile framework is considered as the highest level and consists of value stream level, people, and processes required to offer funding, financial details, and governance for the products, software services, and product solutions to fulfill the high-level business strategy.

The following diagram explains the nature of the Portfolio level of Scaled agile frameworks:

This is the basic construction for organizing the Lean-level Agile enterprise to flow of valuable data through one or more value level streams. The portfolio level incorporates the elements to provide the basic details on funding and governance related to the project. One interesting thing about the portfolio level is that it will return the necessary budgets to meet the top-level strategic principles.

The portfolio level in SAFe has bidirectional connections to the enterprise’s business. One direction of the portfolio guides the larger, complex, and challenging business objectives. The other direction of the portfolio describes the constant value flow to the business enterprises.

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The primary elements of Portfolio level are Value streams which help in funding for the business people and other available resources. Each portfolio value stream elements are long-lives business developments, system definitions, product delivery, and deployments. Whereas program portfolio describes the stakeholders who are responsible to deliver the final product outcomes and also provide financial strength.

Conclusion

Scaled Agile frameworks are considered as one of the major parts of the Agile software development lifecycle. This Scaled Agile framework is most commonly used in large-scale and complex product developments due to itsunique  knowledge base and Incremental features. This article may help a few of you learn the Agile methodologies in-depth and also for Agile community forums.

Other Related Article:

1. Agile Prioritization Techniques

2. Agile VS Scrum



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