How DLSL is Revolutionizing Education with Interactive Flat Panels in India

How DLSL is Revolutionizing Education

How DLSL is Revolutionizing Education, Until recently, many Indian classrooms operated much as they did decades ago: chalk or whiteboard, textbook and lecture, and maybe a projector if funds allowed. The pace of interaction was slow, engagement often low, and technology largely supplementary at best. But with new educational policies (such as NEP-2020), rising expectations, and increasing digital access, schools are under pressure to move beyond traditional methods.

Enter Interactive Flat Panels (IFPDs) large, touchscreen displays that combine visual richness, connectivity, computational power, and collaboration in one device. These are not just projectors or static smart boards: they can transform how teachers teach, how students learn, and how schools operate.

In this changing landscape, DLSL (Digital Live Services Limited, assuming that’s what DLSL refers to) is emerging as a player helping push this transformation. Below, we explore what IFPDs are, how DLSL is contributing, what capabilities modern panels offer, and their impact on education across India.

What is an Interactive Flat Panel (IFPD)?

An Interactive Flat Panel Display (IFPD) is a large, high-definition touchscreen display that includes built-in computing (often via Android or via slots/modules like OPS), multiple inputs/outputs, and often features like multi-touch, stylus / pen input, annotation tools, wireless casting / mirroring, etc. It replaces or combines functions of the whiteboard, projector, standalone PC, and in some cases remote learning tools. Key features include:

High-resolution display (often 4K UHD) with anti-glare, tempered glass etc.
Multi-touch capability (many touch points) allowing simultaneous interaction by multiple users.
Palm rejection / stylus detection so writing feels natural (not like dragging finger).
On-board software: whiteboard / annotation, video playback, lesson delivery, sometimes 3D / AR content.
Connectivity: WiFi, Bluetooth, HDMI / Type-C / USB etc.
Possibly OPS modules or dual OS (Android + Windows) for flexibility.
Security, manageability: remote device management, updates, sometimes certifications like Google EDLA.

DLSL’s Role in the IFPD Industry

(Note: Some of these details are inferred / need verification if DLSL is “Digital Live Services Ltd” or else; adjust if needed.)

DLSL offers a range of smart interactive panels under its G-Series (and related lines) in India, with sizes ranging from ~65″ up to about 110″. thedigitalclassrooms.com
Their panels are designed to support modern classroom and corporate environments — suggesting they aim for robust hardware and upgraded OS versions. thedigitalclassrooms.com
They include EDLA certification in many models: this is important because EDLA (Enterprise Device Licensing Agreement) ensures that devices meet certain standards for Google Play/Android, security, updates etc. thedigitalclassrooms.com+2dssmartboard.com+2

So in effect, DLSL is placing itself as a provider of future-ready IFPDs for India: marrying international standards (EDLA, Android versions, Google Play access) with features suited to local classrooms.

Key Features: EDLA, Touch Points, Palm Rejection, etc.

Here are some of the standout features in modern panels (including those by DLSL), and why they matter:

Feature	What it does / Why it matters
EDLA Certification	Ensures the device has Google’s enterprise device licensing — enabling Google Play, secure, up-to-date Android builds, consistent performance. Helps schools use trusted apps and services. DLSL’s G-Series panels come with EDLA. thedigitalclassrooms.com
Multiple Touch Points	Enables many students or users to touch the screen at once — useful for group work, collaborative problem solving, or interactive games. Panels often support 20-to-50 touch points. dssmartboard.com+2thedigitalclassrooms.com+2
Palm Rejection / Stylus / Pen Detection	When writing, you often rest your palm on the board — without palm rejection, that causes unintended strokes or marks. With it, writing feels natural, like pen on paper. DLSL / comparable panels include this. dssmartboard.com+2primatouchscreen.com+2
High-quality Display / Anti-Glare / Tempered Glass	Seeing clearly is essential — high brightness, anti-glare surfaces help in bright classrooms; toughened glass adds durability. Panels from DLSL’s lineups include UHD 4K displays, often with anti-glare / toughened glass. thedigitalclassrooms.com+1
Hardware Excellence: Processor, RAM, Storage	Modern panels need to run multiple apps (video, whiteboard, annotation, maybe hybrid/online classes) smoothly. DLSL’s G-Series offers e.g. 8 GB RAM + 128 GB storage in standard models, with more (16 GB / 256 GB) in PRO variants. → Enables faster boot, smooth multitasking, larger content storage. thedigitalclassrooms.com
Other Features	Built-in cameras & mics (for hybrid or online classes), wireless mirroring, stylus support, dual-OS options via OPS modules, zero-bonding touch panels etc. These add to usability. thedigitalclassrooms.com+1

Integration of NCERT, Videos, 3D Objects

One major advantage of IFPDs is how they allow seamless integration of rich content:

NCERT syllabus-mapped content: Videos, diagrams, interactive explanations that align with what students need to study. This means teachers can pull up animations, high-quality video lectures, interactive quizzes, etc., directly from NCERT or related sources.
3D objects / models: Especially in science (biology, physics), geography etc., being able to rotate 3D models of, say, the human heart, molecular structures, planetary motion improves understanding vs. static images.
Multimedia & video: Documentaries, video clips, simulations enhance lessons. Instead of a teacher describing a process, one can show it and pause, annotate, discuss.

DLSL’s panels are built to support all this — with the display clarity, touch responsiveness, processing power, and storage needed. Teachers can store videos, load 3D content, switch between apps smoothly. Where needed, content can be locally hosted or streamed.

Hardware Excellence (Processor, RAM, Storage, Build)

For such rich functionality to be smooth, hardware must be strong. Key hardware aspects to note:

Processor: Octa-core or comparable modern SoCs allow multiple apps (whiteboard, video, browser, casting) to run without lag.
RAM & Storage: 8 GB RAM + 128 GB storage is good baseline; more (16 GB / 256 GB) for heavier usage (many apps / very large media). More storage helps with storing local assets (videos, 3D models) especially where internet isn’t reliable.
Build Quality: Tempered glass, anti-glare coatings, zero bonding (removing air gap between glass and display surface improves touch accuracy and visibility), rugged frames. Also durability for Indian classroom conditions (heat, dust).
Connectivity & Expansion: Multiple ports (HDMI, USB, Type-C), wireless connectivity (WiFi, Bluetooth), optional OPS modules (which let you add a PC component), integrated camera & microphone arrays for hybrid learning.

DLSL’s high-end panels meet many / most of these standards per their G-Series/PRO models. thedigitalclassrooms.com

Impact on Teachers, Students, and Schools

What do all these features actually lead to, in practice?

For Teachers: More tools to make lessons dynamic, engaging; can shift from lecturing to facilitating. Annotate live, adjust pace based on student response; reuse and adapt content; begin integrating flipped classroom or blended models. Also, less time lost in setting up projectors / fixing alignment etc.
For Students: Higher engagement; lessons that appeal to visual, auditory, kinesthetic learners. More interactivity, participation; ability to explore via simulations / 3D models. Better retention of concepts. Helps in collaborative learning.
For Schools / Administrators: Improved teaching outcomes; possibility of standardizing across classes. Hybrid capabilities help in remote learning or in multi-campus setups. Also can attract parents (modern infrastructure). Over time, lower maintenance vs projectors / old boards. Also data (with device management) allows tracking usage, performance metrics.
Challenges addressed: Lack of resources (many schools lack labs / equipment) can be mitigated by virtual labs or simulations. Remote or rural areas gain from recorded lessons, interactive content. Helps align with national educational goals like NEP, Digital India.

Affordability & Accessibility (EMI Options, Scaling)

High initial costs can be a barrier. But DLSL and similar providers have strategies to make panels more accessible:

Financing / EMI: Many schools can purchase panels via monthly installments or financing plans rather than full upfront payment.
Tiered product lines: Standard vs PRO models let schools pick what they need vs paying for what they don’t immediately need.
Economies of scale: Bulk purchasing (multiple classrooms / schools) can reduce per-unit cost.
After-sales support: Warranty, service centers, maintenance contracts help reduce long-term ownership cost.
Government / policy support: Subsidies / grants under government schemes for school infrastructure may help. Also perhaps import duty structures, Make in India incentives to bring down costs.

DLSL’s price-pointed product lines, hardware quality, EDLA certified panels, and multiple size options make them suitable for not only urban but semi-urban/rural schools grappling with budgets.

Conclusion: How DLSL is Transforming Indian Education

By combining modern interactive flat panel technology (strong hardware, high-resolution display, multi-touch, stylus/palm detection), software readiness (EDLA certification, video / 3D resources, integration with NCERT content), and accessibility (varied sizes, financing / EMI, service support), DLSL is helping to shift Indian education from passive, lecture-and-chalk models to engaged, student-centric, tech-enabled learning.

In doing so, DLSL contributes not only to enhanced classroom experiences but also toward systemic goals: bridging urban-rural divides, improving learning outcomes, aligning with national educational policy, and building digital skills among both teachers and students.

As more schools adopt such tools, and as affordability improves, we can expect to see a tipping point where interactive, digital classrooms become the norm rather than the exception. DLSL appears well positioned to be among the leaders in making that future real in India.

FAQs

1. What makes an Interactive Flat Panel (IFPD) different from a regular smart board or projector?
Unlike projectors or smart boards, IFPDs come with a high-resolution display, multi-touch functionality, built-in computing, and interactive tools. They don’t require calibration and work seamlessly with digital content.

2. Are DLSL Interactive Flat Panels compatible with NCERT and other syllabus-based content?
Yes. DLSL panels can integrate NCERT content, videos, and 3D objects, making lessons directly relevant to the Indian curriculum.

3. How many students can use the IFPD at once?
DLSL IFPDs support up to 64 touch points, which means multiple students can write, draw, or interact simultaneously.

4. Do these panels support online or hybrid classes?
Yes. With built-in cameras, microphones, and wireless connectivity, teachers can conduct live online classes, record lectures, or enable hybrid learning environments.

5. Are DLSL IFPDs affordable for budget-conscious schools?
DLSL offers EMI options, multiple product ranges (Standard and PRO), and strong after-sales support to make the technology accessible for schools across India, including rural and semi-urban areas.